UNEXPLAINED MYSTERIES Loch Ness MonsterWorld famous lake monster said to live in the cold, dark depths of Loch Ness in Scotland. The Loch Ness Monster is possibly the most well known cryptozoological creature in the world with thousands of tourists flocking to the loch each year to see if they can catch a glimpse of the elusive beast. HistoryOne of the earliest reported sightings of the monster was over 1400 years ago when St. Columba commanded the beast to retreat after it had attacked several people in the River Ness. Modern sightings begun in ernest in the 1930's. In 1933 a family driving their car along the edge of Loch Ness encountered a large lumbering beast crossing the road in front of them. In 1934 surgeon Robert Kenneth Wilson took a photograph of the creature in the Loch that became the most famous image of the monster - showing a long slender neck and head protruding from the depths. For decades the picture was thought to be the most convincing piece of evidence for its existence until it was finally revealed to be a fake, the surgeon had actually taken a photograph of a model neck and head mounted on a toy submarine. TheoriesThere are many theories surrounding the Loch Ness Monster legend. One enduring idea is that it is a relic from the dinosaur age, a plesiosaur, however without a viable population it seems unlikely that such a creature could exist there. Another enduring theory is that the monster doesn't exist and that sightings of the creature can simply be put down to people looking too hard for something that isn't there and interpreting everything from wakes in the water to floating logs as evidence of the beast. Related entries: Chupacabra, Cryptid, Cryptozoologist, Cryptozoology,Death Worm, Dogman, Dover Demon, Jersey Devil, Kappa, Loch Ness Monster, Loveland Frog, Mermaid, Mongolian Death Worm, Nessie,Storsjoodjuret, Surgeon's Photograph,
The Roswell UFO Incident was the alleged recovery of extra-terrestrial debris, including alien corpses, from an object which crashed near Roswell, New Mexico, in July 1947. Since the late 1970s the incident has been the subject of intense controversy and the subject of conspiracy theories as to the true nature of the object which crashed. The United States military maintains that what was actually recovered was debris from an experimental high-altitude surveillance balloon belonging to a classified program named "Mogul";[1] however, many UFO proponents maintain that in fact a crashed alien craft and bodies were recovered, and that the military then engaged in a cover up. The incident has turned into a widely known pop culture phenomenon, making the name Roswell synonymous with UFOs. It ranks as one of the most publicized and controversial alleged UFO incidents.[2] On July 8, 1947, Roswell Army Air Field (RAAF) public information office in Roswell, New Mexico, issued a press release[3] stating that personnel from the field's 509th Bomb Group had recovered a crashed "flying disc" from a ranch near Roswell, sparking intense media interest. The following day, the press reported thatCommanding General of the Eighth Air Force stated that, in fact, a radar-tracking balloon had been recovered by the RAAF personnel, not a "flying disc."[4] A subsequent press conference was called, featuring debris from the crashed object which seemed to confirm the weather balloon description. This case was quickly forgotten and almost completely ignored, even by UFO researchers, for more than 30 years. Then, in 1978, physicist and ufologist Stanton T. Friedman interviewed Major Jesse Marcel who was involved with the original recovery of the debris in 1947. Marcel expressed his belief that the military had covered up the recovery of an alien spacecraft. His story spread through UFO circles, being featured in some UFO documentaries at the time.[2] In February 1980, The National Enquirer ran its own interview with Marcel, garnering national and worldwide attention for the Roswell incident.[2] Additional witnesses added significant new details, including claims of a huge military operation dedicated to recovering alien craft and aliens themselves, at as many as 11 crash sites,[2] and alleged witness intimidation. In 1989, former mortician Glenn Dennis put forth a detailed personal account, wherein he claimed that alien autopsies were carried out at the Roswell base.[5] In response to these reports, and after congressional inquiries, the General Accounting Office launched an inquiry and directed the Office of the Secretary of the Air Force to conduct an internal investigation. The result was summarized in two reports. The first, released in 1995, concluded that the reported recovered material in 1947 was likely debris from a secret government program called Project Mogul, which involved high altitude balloons meant to detect sound waves generated by Soviet atomic bomb tests and ballistic missiles.[6] The second report, released in 1997, concluded that reports of recovered alien bodies were likely a combination of innocently transformed memories of military accidents involving injured or killed personnel, innocently transformed memories of the recovery of anthropomorphic dummies in military programs like Project High Dive conducted in the 1950s, and hoaxes perpetrated by various witnesses and UFO proponents. The psychological effects of time compression and confusion about when events occurred explained the discrepancy with the years in question. These reports were dismissed by UFO proponents as being either disinformation or simply implausible. However, numerous high-profile UFO researchers discount the probability that the incident had anything to do with aliens.[7][8][9]
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| “ | "The balloon which held it up, if that was how it worked, must have been 12 feet long, [Brazel] felt, measuring the distance by the size of the room in which he sat. The rubber was smoky gray in color and scattered over an area about 200 yards in diameter. When the debris was gathered up, the tinfoil, paper, tape, and sticks made a bundle about three feet long and 7 or 8 inches thick, while the rubber made a bundle about 18 or 20 inches long and about 8 inches thick. In all, he estimated, the entire lot would have weighed maybe five pounds. There was no sign of any metal in the area which might have been used for an engine, and no sign of any propellers of any kind, although at least one paper fin had been glued onto some of the tinfoil. There were no words to be found anywhere on the instrument, although there were letters on some of the parts. Considerable Scotch tape and some tape with flowers printed upon it had been used in the construction. No strings or wires were to be found but there were some eyelets in the paper to indicate that some sort of attachment may have been used.” | ” |
| “ | "THE DISC IS HEXAGONAL IN SHAPE AND WAS SUSPENDED FROM A BALLON [sic] BY CABLE, WHICH BALLON [sic] WAS APPROXIMATELY TWENTY FEET IN DIAMETER. MAJOR CURTAN FURTHER ADVISED THAT THE OBJECT FOUND RESEMBLES A HIGH ALTITUDE WEATHER BALLOON WITH A RADAR REFLECTOR, BUT THAT TELEPHONIC CONVERSATION BETWEEN THEIR OFFICE AND WRIGHT FIELD HAD NOT [unintelligible] BORNE OUT THIS BELIEF." | ” |
| “ | "The many rumors regarding the flying disc became a reality yesterday when the intelligence office of the 509th Bomb group of the Eighth Air Force, Roswell Army Air Field, was fortunate enough to gain possession of a disc through the cooperation of one of the local ranchers and the sheriff's office of Chaves County. The flying object landed on a ranch near Roswell sometime last week. Not having phone facilities, the rancher stored the disc until such time as he was able to contact the sheriff's office, who in turn notified Maj. Jesse A. Marcel of the 509th Bomb Group Intelligence Office. Action was immediately taken and the disc was picked up at the rancher's home. It was inspected at the Roswell Army Air Field and subsequently loaned by Major Marcel to higher headquarters." | ” |
| “ | A UFO crashed northwest of Roswell, New Mexico, in the summer of 1947. The military acted quickly and efficiently to recover the debris after its existence was reported by a ranch hand. The debris, unlike anything these highly trained men had ever seen, was flown without delay to at least three government installations. A cover story was concocted to explain away the debris and the flurry of activity. It was explained that a weather balloon, one with a new radiosonde target device, had been found and temporarily confused the personnel of the 509th Bomb Group. Government officials took reporters' notes from their desks and warned a radio reporter not to play a recorded interview with the ranch hand. The men who took part in the recovery were told never to talk about the incident. And with a whimper, not a bang, the Roswell event faded quickly from public view and press scrutiny.[21] | ” |
| “ | "In the '55 time period [when Exon was at the Pentagon], there was also the story that whatever happened, whatever was found at Roswell was still closely held and probably would be held until these fellows I mentioned had died so they wouldn't be embarrassed or they wouldn't have to explain why they covered it up. ... until the original thirteen died off and I don't think anyone is going to release anything [until] the last one's gone."[39] | ” |
PICTURES ON THE ROSWELL INCIDENT
Men in Black (MIB), in popular culture and in UFO conspiracy theories, are men or aliens dressed in black suits who claim to be government agents who harass or threaten UFO witnesses to keep them quiet about what they have seen. It is sometimes implied that they may be aliensthemselves. The term is also frequently used to describe mysterious men working for unknown organizations, as well as to various branches of government allegedly designed to protect secrets or perform other strange activities. The term is a generic one, used to refer to any unusual, threatening or strangely behaved individual whose appearance on the scene can be linked in some fashion with a UFO sighting.[1]
According to the accounts of those reporting encountering them, Men in Black always seem to have detailed information on the persons they contact, as if the individual had been under surveillance for a long period of time. They have been described as seeming confused by the nature of everyday items such as pens, eating utensils or food, as well as using outdated slang, though accounts on the behavior of Men in Black vary widely. Accounts indicate that they often claim to be from an agency collecting information on the unexplained phenomenon their subject has encountered. In other accounts, they seem to be trying to suppress information by, for instance, trying to convince their subject the phenomenon never existed. They have been described as behaving in either an exceedingly furtive manner or a completely outgoing one, with wide grins and disconcerting giggles.[2] In the UFO research community the Men in Black often claim to be from the U.S. Air Force or the CIA. Those who have encountered them say they produce identification, but when verification is later sought, the people described either do not exist, have been dead for some time, or do exist but have a different rank.
Some ufologists[who?] believe that Men in Black are in fact either aliens or androids controlled by aliens. According to this theory, they are sent out in order to cover up alien activity on Earth. All oddities in their appearance and/or behavior may be explained by the Men in Black's extraterrestrial origin and their unfamiliarity with norms of the human society.[citation needed]
Although the phenomenon was initially and most frequently reported in the 1950s and 1960s, some researchers—John Keel and others—have suggested similarities between Men in Black reports and earlier demonic accounts. Keel suggests that MiBs are a modern-day manifestation of the same phenomena that were earlier interpreted as the devil or encounters with fairies. Similarly, folklorist Peter Rojcewicz[3] noted that many Men in Black accounts parallel tales of people encountering the devil: Neither Men in Black nor the devil are quite human, and witnesses often discover this fact midway through an encounter. The meaning of this parallel, however, has been the subject of debate. Even so, the term "the black man" was used for centuries in reference to the Devil,[citation needed] up until contemporary times when "black man" was used to replace the term "Negro" and the satanic sense was lost. In witchcraft trials "The Black Man" was often reported as meeting with the accused and having sexual intercourse with them. In Washington Irving's story "The Devil and Tom Walker" set in 1727, Irving tells how Tom asks "the black man" who he is. The man says he goes by many names and is called the black miner sometimes or the black woodsman. He says that since the Indians are gone, he presides over the persecutions of various religious sects, supports slave-dealers and is the master of the Salem witches. Tom replies that he must be "Old Scratch", which is another name for the devil, and the black man acknowledges that he is Old Scratch. In 1932, H. P. Lovecraft also used the figure of The Black Man in his tale "The Dreams in the Witch-House" as a synonym for the Devil, but also uses the term and description for Nyarlathotep, a malevolent entity of his own creation. In the Middle Ages The Black Man was not a man with African features, but rather a man colored black and dressed in black.
More prosaically, Clark cites Bill Moore, who asserts that "the Men in Black are really government agents in disguise ... members of a rather bizarre unit of Air Force Intelligence known currently as the Air Force Special Activities Center (AFSAC) ... As of 1991, the AFSAC, headquartered in Fort Belvoir, Virginia," and "under the operational authority of Air Force Intelligence Command centered at Kelly Air Force Base in Texas." (Clark, 321–22) Curiously, Moore also reports that AFSAC was inspired by the tales of Men in Black from the 1950s, and had nothing to do with those early accounts. Similarly, Clark notes that Dr. Michael D. Swords has speculated that the Barker/Bender Men in Black case (occurring shortly after the CIA-directed Robertson Panel issued its recommendations to spy on civilian UFO groups) might have been a psychological warfare experiment. On a more practical note, most US government law enforcement and intelligence agencies such as the FBI have strict dress codes that ordinarily require their members to wear suits in dark, non-obtrusive colors.
In his article, "Gray Barker: My Friend, the Myth-Maker," John C. Sherwood reveals that at age 18, he cooperated when Gray Barker urged him in the late 1960s to develop a hoax - which Barker subsequently published - about what Barker called "blackmen," three mysterious UFO inhabitants who silenced Sherwood's pseudonymous identity, "Dr. Richard H. Pratt."[4]
Men in Black (1997), starring Tommy Lee Jones and Will Smith as Agent K and Agent J, was based on Lowell Cunningham's comic book about a secret organization that monitors and suppresses paranormal activity on Earth - The Men in Black from Aircel Comics. The film was followed by Men in Black: The Series and its 2002 sequel Men in Black II. Men in Black III is scheduled to be released in 2012.[5] Scott Mitchell Rosenberg, who published the comic book, took the property to Sony to become a billion-dollar film franchise.[6] Will Smith made a song called "Men in Black" for the movie Men in Black in 1997.
THE BIGFOOT/SASQUATCH OR YETI
A majority of scientists discount the existence of Bigfoot and consider it to be a combination offolklore, misidentification, and hoax,[3] rather than a legitimate animal, in part because some estimate large numbers necessary to maintain a breeding population.[4][5] A small minority of accredited researchers such as Jane Goodall and Jeffrey Meldrum have expressed interest and possible belief in the creature [6] with Meldrum expressing the opinion that evidence collected of alleged Bigfoot encounters warrants further evaluation and testing.[7] Nevertheless, Bigfoot remains one of the more famous and controversial examples of a cryptid within cryptozoologyand an enduring legend.
Bigfoot is described in reports as a large hairy ape-like creature, ranging between 6–10 feet (2–3 m) tall, weighing in excess of 500 pounds (230 kg), and covered in dark brown or dark reddish hair.[4][8] Alleged witnesses have described large eyes, a pronounced brow ridge, and a large, low-set forehead; the top of the head has been described as rounded and crested, similar to the sagittal crest of the male gorilla. Bigfoot is commonly reported to have a strong, unpleasant smell by those who claim to have encountered it.[9] The enormous footprints for which it is named have been as large as 24 inches (60 cm) long and 8 inches (20 cm) wide.[8] While most casts have five toes—like all known apes—some casts of alleged Bigfoot tracks have had numbers ranging from two to six.[10] Some have also contained claw marks, making it likely that a portion came from known animals such as bears, which have five toes and claws.[11][12] Some proponents have also claimed that Bigfoot is omnivorous and mainly nocturnal.[13]
Wildmen stories are found among the indigenous population of the Pacific Northwest. The legends existed prior to a single name for the creature.[14] They differed in their details both regionally and between families in the same community. Similar stories of wildmen are found on every continent except Antarctica.[14] Ecologist Robert Michael Pyle argues that most cultures have human-like giants in their folk history: "We have this need for some larger-than-life creature."[15]
Members of the Lummi tell tales about Ts'emekwes, the local version of Bigfoot. The stories are similar to each other in terms of the general descriptions of Ts'emekwes, but details about the creature's diet and activities differed between the stories of different families.[16]
Some regional versions contained more nefarious creatures. The stiyaha or kwi-kwiyai were a nocturnal race that children were told not to say the names of lest the monsters hear and come to carry off a person—sometimes to be killed.[17] In 1847, Paul Kane reported stories by the native people about skoocooms: a race of cannibalistic wild men living on the peak of Mount St. Helens.[11] The skoocooms appear to have been regarded as supernatural, rather than natural.[11]
Less menacing versions such as the one recorded by Reverend Elkanah Walker exist. In 1840, Walker, a Protestant missionary, recorded stories of giants among the Native Americans living in Spokane, Washington. The Indians claimed that these giants lived on and around the peaks of nearby mountains and stole salmon from the fishermen's nets.[18]
The local legends were combined together by J. W. Burns in a series of Canadian newspaper articles in the 1920s. Each language had its own name for the local version.[19] Many names meant something along the lines of "wild man" or "hairy man" although other names described common actions it was said to perform (e.g. eating clams).[20] Burns coined the term Sasquatch, which is from the Halkomelemsásq’ets (IPA: [ˈsæsqʼəts]),[21] and used it in his articles to describe a hypothetical single type of creature reflected in these various stories.[11][20][22] Burns's articles popularized both the legend and its new name, making it well known in western Canada before it gained popularity in the United States.[23]
In 1951, Eric Shipton had photographed what he described as a Yeti footprint.[23] This photograph generated considerable attention and the story of the Yeti entered into popular consciousness. The notoriety of ape-men grew over the decade, culminating in 1958 when large footprints were found in Del Norte County, California, by bulldozer operator Gerald Crew. Sets of large tracks appeared multiple times around a road-construction site in Bluff Creek. After not being taken seriously about what he was seeing, Crew brought in his friend, Bob Titmus, to cast the prints in plaster. The story was published in the Humboldt Times along with a photo of Crew holding one of the casts.[11] Locals had been calling the unseen track-maker "Big Foot" since the late summer, which Genzoli shortened to "Bigfoot" in his article.[24] Bigfoot gained international attention when the story was picked up by the Associated Press.[11][25] Following the death of Ray Wallace – a local logger – his family attributed the creation of the footprints to him.[4] The wife of Scoop Beal, the editor of the Humboldt Standard, which later combined with the Humboldt Times, in which Genzoli's story had appeared,[26] has stated that her husband was in on the hoax with Wallace.[27]
1958 was a watershed year for not just the Bigfoot story itself but also the culture that surrounds it. The first Bigfoot hunters began following the discovery of footprints at Bluff Creek. Within a year, Tom Slick, who had funded searches for Yeti in the Himalayas earlier in the decade, organized searches for Bigfoot in the area around Bluff Creek.[28]
As Bigfoot has become better known and a phenomenon in popular culture, sightings have spread throughout North America. In addition to the Pacific Northwest, the Great Lakes region and the Southeastern United States have had many reports of Bigfoot sightings.[29]
About a third of all Bigfoot sightings are concentrated in the Pacific Northwest, with most of the remaining sightings spread throughout the rest of North America.[11][30][31] Some Bigfoot advocates, such as cryptozoologist John Willison Green, have postulated that Bigfoot is a worldwide phenomenon.[32] The most notable sightings include:
Various types of creatures have been suggested to explain both the sightings and what type of creature Bigfoot would be if it existed. The scientific community typically attributes sightings to either hoaxes or misidentification of known animals and their tracks. While cryptozoologists generally explain Bigfoot as an unknown ape, some believers in Bigfoot attribute the phenomenon to UFOs or other paranormal causes.[44] A minority of proponents of a natural explanation have attributed Bigfoot to animals that are not apes such as thegiant ground sloth.[45]
The reported size of Bigfoot approximates that of a bear standing on its hind legs, and bears have a high prevalence in regions said to be inhabited by Bigfoot; as such, they are likely candidates to explain some sightings.
In 2007, the Pennsylvania Game Commission said that photos the Bigfoot Field Researchers Organization claimed showed a juvenile Bigfoot were most likely of a bear with mange.[42][47]Jeffrey Meldrum, on the other hand, said the limb proportions of the suspected juvenile in question were not bear-like, and stated that he felt they were "more like a human."[48]
A tale presented in Theodore Roosevelt's 1892 book The Wilderness Hunter (reprinted in his 1900 book Hunting the Grisly and Other Sketches) describing an encounter between two hunters and a violent bear is sometimes presented by Bigfoot proponents as historical evidence of the creature's existence.[49]
Both bigfoot researchers and critics agree that many of the sightings are hoaxes or misidentified animals. Cryptozoologists Loren Colemanand Diane Stocking have estimated that as many as 70 to 80 percent of sightings are not real.[10]
Bigfoot sightings or footprints are often demonstrably hoaxes. Author Jerome Clark argues that the "Jacko affair", involving an 1884 newspaper report of an apelike creature captured in British Columbia, was a hoax. Citing research by John Green, who found that several contemporary British Columbia newspapers regarded the alleged capture as very dubious, Clark notes that the Mainland Guardian of New Westminster, British Columbia, wrote, "Absurdity is written on the face of it."[50]
On July 14, 2005, Tom Biscardi, a long-time Bigfoot enthusiast and CEO of Searching for Bigfoot Inc., appeared on the Coast to Coast AMparanormal radio show and announced that he was "98% sure that his group will be able to capture a Bigfoot which they have been tracking in the Happy Camp, California area."[51] A month later, Biscardi announced on the same radio show that he had access to a captured Bigfoot and was arranging a pay-per-view event for people to see it. Biscardi appeared on Coast to Coast AM again a few days later to announce that there was no captive Bigfoot. Biscardi blamed an unnamed woman for misleading him, and the show's audience for being gullible.[51]
On July 9, 2008, Rick Dyer and Matthew Whitton posted a video to YouTube claiming that they had discovered the body of a deceased Sasquatch in a forest in northern Georgia. Tom Biscardi was contacted to investigate. Dyer and Whitton received $50,000 from Searching for Bigfoot, Inc., as a good faith gesture.[52] The story of the men's claims was covered by many major news networks, including BBC,[53]CNN,[54] ABC News,[55] and Fox News.[56] Soon after a press conference, the alleged Bigfoot body arrived in a block of ice in a freezer with the Searching for Bigfoot team. When the contents were thawed, it was discovered that the hair was not real, the head was hollow, and the feet were rubber.[57][58] Dyer and Whitton subsequently admitted it was a hoax after being confronted by Steve Kulls, executive director of Squatchdetective.com.[59]
Bigfoot proponents Grover Krantz and Geoffrey Bourne believe that Bigfoot could be a relict population of Gigantopithecus. Bourne contends that as most Gigantopithecus fossils are found in China, and as many species of animals migrated across the Bering land bridge, it is not unreasonable to assume that Gigantopithecus might have as well.[60]
The Gigantopithecus hypothesis is generally considered entirely speculative. Gigantopithecus fossils are not found in the Americas. As the only recovered fossils are of mandibles and teeth, there is some uncertainty about Gigantopithecus's locomotion. Krantz has argued, based on his extrapolation of the shape of its mandible, that Gigantopithecus blacki could have been bipedal. However, the relevant part of mandible is not present in any fossils.[61] The mainstream view is that Gigantopithecus was quadrupedal, and it has been argued thatGigantopithecus's enormous mass would have made it difficult for it to adopt a bipedal gait.
Matt Cartmill presents another problem with the Gigantopithecus hypothesis: "The trouble with this account is that Gigantopithecus was not a hominin and maybe not even a crown-group hominoid; yet the physical evidence implies that Bigfoot is an upright biped with buttocks and a long, stout, permanently adducted hallux. These are hominin autapomorphies, not found in other mammals or other bipeds. It seems unlikely that Gigantopithecus would have evolved these uniquely hominin traits in parallel."[62]
Bernard G. Campbellin wrote: "That Gigantopithecus is in fact extinct has been questioned by those who believe it survives as the Yeti of the Himalayas and the Sasquatch of the north-west American coast. But the evidence for these creatures is not convincing."[63]
A species of Paranthropus, such as Paranthropus robustus, with its crested skull and bipedal gait, was suggested by primatologist John Napier and anthropologist Gordon Strasenburg as a possible candidate for Bigfoot's identity,[64] despite the fact that fossils of Paranthropusare found only in Africa.
Michael Rugg, of the Bigfoot Discovery Museum, presented a comparison between human, Gigantopithecus and Meganthropus skulls (reconstructions made by Grover Krantz) in episodes 131 and 132 of the Bigfoot Discovery Museum Show.[65] He favorably compares a modern tooth suspected of coming from a bigfoot to the Meganthropus fossil teeth, noting the worn enamel on the occlusal surface. The Meganthropus fossils originated from Asia, the tooth was found in the Pacific Northwest.
Some suggest Neanderthal or Homo erectus to be the creature but no remains of either species are found in the New World.[66]
Most of the scientific community discounts the existence of Bigfoot, as there is little or no evidence supporting the survival of such a large, prehistoric ape-like creature. The evidence that does exist points more towards a hoax or delusion than to sightings of a genuine creature.[4]In a 1996 USA Today article titled "Bigfoot Merely Amuses Most Scientists", Washington State zoologist John Crane says, "There is no such thing as Bigfoot. No data other than material that's clearly been fabricated has ever been presented."[67] In addition to the lack of evidence, scientists cite the fact that Bigfoot is alleged to live in regions unusual for a large, nonhuman primate, i.e., temperate latitudes in the northern hemisphere; all recognized nonhuman apes are found in the tropics of Africa and Asia. Thus, as with other proposed megafauna cryptids, climate and food supply issues would make such a creature's survival in reported habitats unlikely.[68] Furthermore, great apes are not found in the fossil record in the Americas, and no Bigfoot remains have ever been found. Indeed, scientists insist that the breeding population of such an animal would be so large that it would account for many more purported sightings than currently occur, making the existence of such an animal an almost certain impossibility.[5]
A few scientists have offered varying degrees of support for Bigfoot study and beliefs. Jeffrey Meldrum characterizes the search for Sasquatch as "a valid scientific endeavor"[69] and says that the fossil remains of an ancient giant ape called Gigantopithecus could turn out to be ancestors of today’s commonly known Bigfoot.[70] John Napier asserts that the scientific community's attitude towards Bigfoot stems primarily from insufficient evidence.[71] Anthropologist David Daegling echoed this idea, citing a "remarkably limited amount of Sasquatch data that are amenable to scientific scrutiny."[72] Field biologist George Shaller has spoken in favor of greater study of Bigfoot evidence[67][73] while still expressing skepticism towards the possibility of its existence.[73] Similarly, Napier has argued that some "soft evidence" is compelling enough that he advises against "dismissing its reality out of hand."[74] Other scientists who have expressed guarded interest in Sasquatch reports include Russell Mittermeier, Daris Swindler, and Esteban Sarmiento.[75] Jane Goodall, in a September 27, 2002 interview on National Public Radio's "Science Friday", expressed her ideas about the existence of Bigfoot. First stating "I'm sure they exist", she later went on to say, chuckling, "Well, I'm a romantic, so I always wanted them to exist", and finally: "You know, why isn't there a body? I can't answer that, and maybe they don't exist, but I want them to." [76] Anthropologist Carleton S. Coon, whose theories on the evolution of race in humans have been largely discredited, expressed support for Bigfoot's existence in a posthumously published essay.[77]
The Shroud of Turin is reputedly Christ's burial cloth. It has been a religious relic since the Middle Ages. To believers it was divine proof the Christ was resurrected from the grave, to doubters it was evidence of human gullibility and one of the greatest hoaxes in the history of art. No one has been able to prove that it is the burial cloth of Jesus of Nazareth, but its haunting image of a man's wounded body is proof enough for true believers. The Shroud of Turin, as seen by the naked eye, is a negative image of a man with his hands folded. The linen is 14 feet, 3 inches long and 3 feet, 7 inches wide. The shroud bears the image of a man with wounds similar to those suffered by Jesus. The section of the shroud showing the face reveals dramatic features Three-dimensional relief of the Shroud face after smoothing of rough transitions This story describes how a very special photograph of the Risen Christ was manifested by Sri Sathya Sai Baba for a visitor to one of his ashrams known as Prasanthi Nilayam - which means the Abode of Peace - in Puttaparti, India, in 1985. I relay the details to you as they were conveyed to me by Barbara McAlley, a friend who I met 'quite by chance' amongst a throng of people at Bombay airport in July 1987. Read More >> The shroud is wrapped in red silk and kept in a silver chest in the Chapel of the Holy Shroud in the Cathedral of St. John the Baptist in Turin, Italy since 1578. The shroud is unquestionably old. Its history is known from the year 1357, when it surfaced in the tiny village of Lirey, France. Until recent reports from San Antonio, most of the scientific world accepted the findings of carbon dating carried out in 1988. The results said the shroud dated back to 1260-1390, and thus is much too new to be Jesus' burial linen. The following image shows the most likely position in which Jesus died. This body This frontal image (above) shows the forearms, wrist, and hands. There appears to be a large puncture wound on the wrist. This is significant because if nails were placed through the palms of the hand, this would not provide sufficient support to hold the body to the cross and tearing of the hands would occur. Only if the nails were placed through the wrists would this provide sufficient support to hold the body fixed to the cross. We can also see a large blood stain and elliptical wound on the person's right side (remember, in a negative imprint left and right are reversed). From studying the size and shape of this wound and historical records, we can deduce that this wound could have been caused by a Roman Lancea. This lance is pictured in Slide 13. In addition, by measuring the angle of dried blood on the wrist, one can reconstruct the angle at which this person hung from the cross. He mainly hung from a position 65 degrees from the horizontal. © Dr. John DeSalvo One theory is simply that the Shroud is a painting . It has been proposed that it was painted using iron oxide in an animal protein binder.The STURP scientists have concluded from their studies that no paints, pigments, dyes or stains have been found to make up the visible image. Small amounts of iron oxide have been found on the Shroud but the iron oxide is evenly distributed all over the Shroud. If it were painted using iron oxide you would expect its concentration to be greater in the image areas verses the non-image areas. This is not the case but the iron oxide is evenly distributed all over the Shroud. Thus it is probably a containment caused by the presence of the Shroud in artists studios throughout history who were copying it. It is also possible that the copies may have been touched to the Shroud to transfer its sacredness and this contaminated the Shroud with iron oxide. Also no painter has been able to reproduce all the different qualities and characteristics of the Shroud. That is, its negativity, 3D effect, no brush strokes or directionality, perfect anatomical details from blood stains, scourging, etc. and the image is a surface phenomena, that is the image only penetrates about 1/500 of an inch into the cloth. It was shown that the blood went on first and than image. Try doing that and then painting the body image. Thus up to now no one has been able to reproduce the Shroud in all its characteristics. Most scientists reject the painting theory. Could the image have been produced by a burst of radiation (heat or light) acting over short period of time which would have scorched the cloth? Scientists have not been able to duplicate the characteristics of the Shroud using this method just like the painting hypothesis. Also the color and ultraviolet characteristics of the Shroud body image and a scorch are different. The shroud body image does not fluoresce under UV light but scorches like the burns from 1532 do fluoresce under UV light. Thus many scientists rule out the radiation theory. There are other theories regarding vapors from the body diffusing to the Shroud and producing the image. Another theory is a direct contact process in which substances were directly transferred to the cloth and produced the image. DeSalvo's Theory takes both of these into consideration. Vockringer Patterns exhibiting positive and negative characteristics I decided to explore this similarity in more detail. I was hoping that by understanding how Volckringer Patterns are produced, it would give me some idea of how the Shroud body image was produced. Using a spectrophotomer I did a color comparison between the Volckringer patterns and the Shroud body image. Within experimental error, I showed that the Volckringer patterns were identical in color to the Shroud body image. I than compared the Shroud and Volckringer patterns using UV Fluorescent studies. It was shown that both the Volckringer patterns and the Shroud body image do not fluoresce under UV light. Thus the Volckringer patterns and Shroud body image also have identical UV fluorescent characteristics. The most startling similarity was that the Volckringer patterns could be reconstructed in 3D relief using a VP-8 analyizer, just like the Shroud body image. 3-D Reconstruction of a Volckringer pattern In summary, Vockringer patterns resemble the Shroud body image in negativity, visible color characteristics, UV fluorescence properties, and 3D reconstruction. Volckringer patterns are produced when acids from the plant are transfered to the paper causing cellulose degradation (oxidation). The most prominent plant acid in this process is lactic acid. Where would lactic acid fit in with the Shroud body image formation process? Human perspiration contains a certain amount of lactic acid. A person who had been tortured and crucified would have sweated profusely and medical studies have shown that this perspiration would have very high concentrations of lactic acid. Thus, this could have been the transferring agent involved in producing the body image on the Shroud. The lactic acid would have been transferred to the cloth by both direct contact and vertical diffusion. Areas of the body like the nose that touched the cloth would transfer the lactic acid by direct contact. In the areas further away that did not touch the cloth, i.e the cheeks, the lactic acid would travel to the cloth by diffusion. Thus two processes, both direct contact and vertical diffusion would transfer the lactic acid to the cloth. Than this acid would oxidize the cellulose in the linen and produce the image over a period of time. It may be that originally there was no image on the cloth and after many years the lactic acid working on the cloth eventually developed the image. This is what occurs with the plant matter in books. My theory does not answer all the questions. Some problems are that the Shroud body image is a surface phenomena but the Volckringer patterns are not. They penetrate into the paper. Also calculations using diffusion of lactic acid would not produce the high resolution of the image we see on the Shroud. Thus my theory does not explain all the characteristics of the Shroud and more research needs to be done. Thus no one theory to date can explain how the image on the Shroud was produced. © Dr. John DeSalvo The following article comes from the book by Helmut Felzmann: Copyright by Helmut Felzmann Why do you seek the living among the dead? Signs of life are surely the last thing that one would expect to find on a burial shroud. Who would suspect a living person among the dead? Moreover, the circumstances would all indicate that the man under the Shroud of Turin must have been dead: the brutal mistreatment, the crucifixion, and the fact that a burial was indeed carried out. No one could survive these serious wounds. Even if the whipping and the crucifixion had not led to death, the lance thrust— directly into the heart, as some believe—must at last have led to death. And, indeed, a Roman execution squad cannot be deceived. It is simply absurd to assume that this man made fools of almost all witnesses to his crucifixion and his burial—a Houdini escape in the history of crucifixions, so to speak. Around 1950 a certain Hans Naber in post-war Germany expressed the belief that Jesus did not die on the cross. Naber based this belief on a direct message from Jesus Christ to himself, as well as on observations of the Turin Shroud. He claimed too much blood was present on the Shroud, whereas corpses no longer bleed—or at least the large quantity of blood on the shroud does not correspond to the blood emissions from a typical corpse. Naber was very active and published a series of books. He was, however, strongly attacked and even sentenced to two years in prison for fraud. Both the German media, as well as the church authorities, simply ignored him. Nevertheless, in 1969 the Turinese Cardinal Pellegrino convened a commission of experts, unnoticed by the public, to test Naber’s hypothesis with the Shroud at hand. The result was as expected: “The Man under the Shroud had really been dead, and Naber is wrong with his claim.” But the idea had been launched into the modern world, and later authors came to the same conclusion.* What is it about this idea that the man on the Shroud was still alive in his tomb and that evidence from the Shroud confirms this? * Holger Kersten: Jesus Lived in India, 1983; The Jesus Conspiracy, 1992; Rodney Hoare, Basically, this question of life or death can be answered only by developing two scenarios. First, what would be expected if the man were dead, and second, what if the man were still alive? Especially important here are the bloodstains, traces of rigor mortis, as well as the question of whether this basic assumption can explain the forming of the image on the shroud. Naturally, one must take into consideration the “entire picture” when conclusively deciding the validity of any hypothesis, as details leave some room open for interpretation, and one can always speculate about circumstances that would explain individual aspects of the Shroud, by which more than one scenario becomes possible. Bloodstains It was found that blood flowed out of at least twenty-eight wounds while the man was in the tomb. Most of the blood came out of the side wound, yet a considerable amount of blood also flowed out of the nail wounds in the hands and feet, as well as the thorn wounds on the back of the head. Precisely this picture is to be expected if the body were still alive. If this blood flow had not occurred, it would be a certain indication that a corpse must have lain upon the Shroud. But could it also be possible that so much blood flowed out of a corpse? Of course, corpses can also “bleed” out of large wounds on the lower part of the body due to gravity. Also during transport of a corpse, the emission of blood is possible if pressure occurs in areas containing blood. Looking very carefully at the individual bloodstains on the Shroud, one must differentiate the possible from the impossible. The late Prof. Wolfgang Bonte, former head of the Forensic Medicine Institute at the University of Dusseldorf and president of the International Organization of Forensic Scientists (IAFS) attempted to answer this question in the 1990s.3 3 Described in detail including the expert opinion of Prof. Bonte in Karl Herbst, Kriminalfall Golgatha, p. 97ff. and also Kuhnke, p. 75ff. First consider the bleeding from the wound on the side (the lance thrust wound). The lower back must have lain in a puddle of blood because bloodstains spread right and left six to eight inches beyond the area covered by the image of the body. Karl Herbst, a retired Catholic priest, wrote Professor Bonte with this information without revealing to him that the Turin Shroud was involved, in order that Bonte’s judgment would not be prejudiced. Bonte wrote back to Herbst that, according to this description, the opening of the wound on the right front chest wall was placed rather precisely on the highest point on the body, and he, Bonte, considered a spontaneous post-mortem blood flow unthinkable because the blood level in the wound would have to have been lower than the opening of the wound. In such a case, no blood can flow out of a corpse. On the contrary, a blood flow in the proportions described by you, including the direction of the flow, would agree with the idea that the individual involved was still alive at this time . . . this applies especially then, when larger arterial vessels are opened and when the blood pressure produces the necessary pressure against gravity for the blood to leave the body.4 4 Herbst, p. 98. Original text: “Hingegen wäre ein Blutaustritt in dem von Ihnen beschriebenen Ausmaß einschließlich der Flussrichtung mit der Vorstellung vereinbart, dass der Betreffende zu dieser Zeit noch lebte… dieses trifft insbesondere dann zu, wenn größere arterielle Gefäß eröffnet sind und wenn - eben der Blutdruck die erforderliche vis a tergo für den Anstieg der Blutsäule entgegen dem hydrostatischen Druck aufbringt.” Herbst then revealed to Bonte that the matter involved was the Shroud of Turin and provided photographs and specialist literature for him in which the blood flows on the Shroud had been described in connection with a corpse. Above all, Herbst made Bonte aware of the argumentation of the Italian medical examiner Prof. Ballone, who had declared that “the cause [of the exit of blood on the shroud] is to be sought in the manipulation of the corpse during the burial procedures.” Professor Bonte, however, maintained his opinion and wrote back to Herbst: 5 Herbst, p. 99. own translation As further evidence for a dead body, it is often said that serum areas would indicate post-mortem blood. To this claim, Professor Bonte wrote: The Shroud was folded double under the feet, and both layers were soaked through with fresh blood from the nail wound. This blood even soaked the opposite side of the Shroud, as the top half of the shroud was wrapped around the feet. So much blood flowed out of the soles of the feet that a total of three Shroud layers were soaked. That seems impossible in the case of a dead body with no circulation of its blood. An interesting piece of evidence is also presented by the bloodstains in the nail wound of the right hand. There are two longer, narrow, clearly distinct courses of blood (called “Blutbahn” in the image), which together form an angle of about twenty-two degrees. Furthermore, there is a third, rather wide and almost round flow of blood roughly at a right angle to the other two that is not clearly delimited and must have formed when the body was in a horizontal position. Blood flows on the right hand ©Enrie, Kersten, and Gruber In experiments, imitation blood flows were painted on the arms of a volunteer, who was then hanged on a cross. It was apparent that one of the two longer blood flows must have been formed when the body hung upright on the cross (Blutbahn 2 on the image). The other blood flow must have been formed after the crucified man lost consciousness and fell to one side (Blutbahn 1). Looking carefully, one can see that blood flow 1 is narrower than blood flow 2 and is also straight. This can be explained by the fact that the body hung motionless on the cross at the time it formed, while with blood flow 2 the blood ran irregularly down the arm due to the movement of the body. The alternative interpretation, that the two blood flows arose when the crucified man occasionally changed his position in order to achieve some minor comfort, can be excluded, for in that case both blood flows would have been smeared and would have overlapped each other. “After extensive experimentation, this theory was recently shown to be untenable.” * The width and irregularity of blood flow 2 allows us to sense the pain and suffering that such movements caused. * Frederick T. Zugibe, The man of the shroud was washed, http://e-forensicmedicine.net/Washed.htm The formation of the straight blood flow 1 definitely requires some blood pressure. The crucified man must in any case have still been alive as he hung motionless on the cross. Had he been dead, this blood flow would not have been produced, for it is impossible that a corpse in this position, with arms outstretched and hands positioned above the heart, could have bled so. Could it be that these blood flows first formed after the removal of the body from the cross as is sometimes claimed?9 The answer is that blood flow 2 is as expected if the body was still hanging on the cross. Such a wound had to bleed, and the blood had to run down in exactly that direction on the arm. It is also to be expected that the body, upon loss of consciousness, shifted to one side, whereby the position of the arms and thus the course of the blood would automatically change. One blood flow, due to the movements of the live body on the cross, is wider and more irregular, the other flow narrow and straight. When a body is lying horizontally, only bleeding as in blood flow 3 can be expected; and only if the body is still alive. The blood flows on the right hand, therefore, allow only one conclusion: the man on the Shroud must have hung only unconsciously until his body was removed from the cross. Otherwise, bloodstain 1 could not have formed. Also found on the Shroud is blood that flowed from many smaller wounds on the back of the head. It comes from wounds that were caused by the crown of thorns. When this crown was removed during the removal of the body from the cross, the wounds, which until then had been plugged by the thorns, opened. In the case of a corpse, no more blood would have flowed here because the exterior blood vessels contract upon death. Corpses, therefore, look empty of blood or “pale as a corpse.” Yet the many distinct bloodstains on the back of the head here are clearly recognizable as blood that could only have flowed in the grave. Should the blood have come out of the (living) body on the cross, it would have dried out and not soaked the shroud in the tomb as it did. Could the body perhaps have been washed during burial, whereby blood can flow from wounds on a corpse? As the blood flows on the arms show, the body was obviously not washed. Had the hair been wetted, the blood would have mixed with the water and spread itself around equally in the hair. There is no way that such clearly delimited bloody spots, as are observable on the Turin Shroud, could have come from a corpse. Rigor Mortis According to overwhelming scientific opinion, rigor mortis begins about thirty minutes after death, forms completely within three to six hours, and then dissipates after thirty-six to ninety hours. In a case where a person has suffered greatly shortly before death, rigor mortis can set in completely within an hour of death. Medical examiners who have studied the Turin Shroud are— to the extent that they assume the Shroud covered a dead body—unanimous in the opinion that, at the time of the removal of the body from the cross, rigor mortis must have been complete. Rigor mortis is seen in the stiffness of the extremities, the retraction of the thumbs and the distension of the feet. It has frozen an attitude of death while hanging by the arms; the rib cage is abnormally expanded, the large pectoral muscles are in an attitude of extreme inspiration. [ William Meacham, The Rape of the Shroud, 2005, p. 4.] After the man of the Shroud hanging on the cross lost consciousness, his body slumped from an upright position with his arms widespread, his knees bent, and his head leaning forward and down due to gravity. The body must have completely stiffened in this position. One would have had to break the position of the arms with considerable force and bind them together with a wrist band, though no trace of this effort is visible in the image. If one assumes that the body was laid in its grave in a stiffened position, the following questions or problems appear: • The arms were spread apart. The position of the arms in the grave, however, could have been forced by means of breaking their rigor mortis, but nothing indicates this. The arms seem to lie quite relaxed on the front of the body. • The position of the head raises larger questions. At the time of death, or of loss of consciousness, the head must have fallen forward and down due to gravity, whereby the chin must have almost touched the chest (Ill. 17). The position of the head in illustration 18 reflects the position of the head in the tomb. This posture is very different from this posture on the cross. Muscular strength would have been necessary to hold the head in the position indicated by the shroud. This becomes immediately clear by turning the illustration around ninety degrees. The position of the head thus cannot be harmonized with rigor mortis. It may be that here, too, the rigor was forcibly broken, but the question remains as to why. • At the back of the head and the nape of the neck, the Shroud had direct contact with the body, and the image even follows the curve of the nape. The Shroud was clearly not tied with bands around the neck. Otherwise, the image would have been distorted. Therefore, the head and back must have lain on a kind of pillow. This can be deduced from the curious fact that the image of the back side of the man is actually longer than that of his front side. The body must, therefore, have lain slightly bent or hunched. Also, the hands would not reach so far down and cover the genitalia on the image if the body had lain flat, as anyone can immediately test on himself. Furthermore, the image of the back of the head, as well as that of the bloodstains from the crown of thorns, is spread over a larger area. These point to a soft support of some kind on which the back of the head was supported. If the head were instead elevated into free space due to rigor mortis and the Shroud were wrapped around it in that position, a completely different picture would have resulted in this area. In illustration above, the wounds of the flogging to the calves and thighs are clearly visible. Thus, the distance between the legs and the Shroud could only have been very narrow. Due to gravity, the Shroud must have lain flat on the surface under it as indicated in illustration below. Otherwise, the Shroud—as in the case of a mummy—would have to have been wrapped tightly around the body or tied up. This scenario is excluded because images and bloodstains would then have been visible on the side areas of the body, and the image itself would have been distorted, which is not the case. Everything, therefore, points to the assumption that both the Shroud and the legs laid flat on the ground. This, too, is not in agreement with the body position on the cross; the feet could not have become stiff in such a straight position. If all the features of the Shroud are looked at carefully, it is obvious that it did not wrap a body in rigor. On the other hand, everything fits exactly if we assume a living body. Here it may be remarked that, in the case of the wounds of scourging, it is not blood that we see (except for tiny isolated traces). Rather, these wounds are a part of the body image, a subject we will examine later. Here is another important point: Nowhere on the Shroud has any sign of the onset of bodily decay been discovered.* * The shroud science group (an e-mail group of about 100 Sindologists, of whom the author is a member), has published a list of more or less agreed upon facts and observations at http://shroud.wikispaces.com . The following quote is in category “A” (unquestionable observations): “The body image shows no evidences of putrefaction signs, in particular around the lips. There is no evidence for tissue breakdown (formation of liquid decomposition products of a body)” (Bucklin, 1982; Moran, 2002). In the recent past the Spanish pathologist Dr. Miguel Lorente published a book in which he explains that from the evidence of vitality and the absence of signs of death on the cloth, it has to be concluded that the man under the Shroud must have still been alive.* * Miguel Lorente, 42 Diaz - Análisis forense de la crucifixión y la resurrección de Jesucristo, El País Aguilar, 2007. The image on the Shroud is not a contact print, for the image bears details of places on the body that must have been up to two inches away from the Shroud. Pure diffusion processes alone are thus eliminated because an image of such photographic clarity could never have formed that way. There is, therefore, a broad consensus among Shroud researchers that the formation of the image must have something to do with energy. If a dead and thus relatively cold body is assumed, there is no known process that would explain the formation of such an image. How can the appearance of an appropriate form of energy in this scenario be explained? Many Christian believers, therefore, assume a kind of energy flash—perhaps resulting from high voltage—which was generated at the resurrection and which somehow branded or singed the image of the body onto the Shroud. But Rogers has found that “any photon or particle with an energy above about 3 eV (e.g., light with a shorter wavelength than green)” cause traces (defects) on the fibers, which can be seen under a microscope. As image fibers do not have more defects than nonimage fibers, he concluded that “the image could not have involved energetic radiation of any kind; photons, electrons, protons, alpha particles, and/or neutrons.”* * Raymond N. Rogers, The shroud of Turin: radiation effects, aging and image formation at http://www.shroud.com/pdfs/rogers8.pdf This is one of the reasons why theories like the “corona-discharge hypothesis” are very controversial among Shroud researchers.* * See http://www.dim.unipd.it/misure/fanti/corona.pdf Science is no longer competent if a miracle is included as part of the explanation. If a solution is to be found based on scientific reasoning, doesn’t everything research found out about the properties of the image have to be looked at very closely? Precise examination of linen fibers that are found in the area of the image has yielded the following information*: * Raymond N. Rogers und Anna Arnoldi, Scientific method applied to the Shroud of Turin—A Review, at http://www.shroud.com/pdfs/rogers2.pdf • The yellowish chemical substance made up of doubly bound saccharides is present only on the surface of the fibers, which seen from a certain distance gives the impression of a body image.* *There is an excellent photo by Raimond Rogers where this yellow coating can clearly be seen. See www.shroudstory.com The fibers themselves are unchanged. Inside the fibers, neither discoloration nor any other change can be discovered. • Not all threads in the image area are affected by this yellowish substance. Lying directly next to the threads affected by the image substance are also threads whose surfaces are unchanged and having no image-creating substance. • The formation of the image must have occurred at a relatively low temperature (air or body temperature). The image cannot have been formed by heat scorching, because in that case the colors reflected under ultraviolet radiation would have a different spectrum than that found during the examination process. The image areas differentiate themselves here significantly from the areas that were scorched in the sixteenth-century fire at Chambery. We can therefore also assume that the process of image formation required a certain amount of time. • The yellowish substance is found all around the affected fibers/fibrils, including areas on the sides opposite to the body. If the image had resulted from a direct energy effect, the energy would have had to been so strong that it would have discolored the interior of the fibers before it had caused a discoloration of the opposite side of the fibers, which is not the case. • In the case of the top half of the Shroud, that is, the half that lay over the front of the body, a very faint image is also recognizable on some areas of the opposite side, especially in the face area. The body image was thus formed on both sides of the cloth in some places.* * 19 Giulio Fanti and Roberto Maggiolo, The double superficiality of the frontal image of the Turin shroud, Journal of Optics A: Pure and Applied Optics, 6, 2004. At the beginning of the twentieth century, Paul Vignon in his book The Shroud of Christ argued that the image formation process must have resulted from gases. [ Paul Vignon, Le linceul du Christ, Paris, 1902.] Vignon assumed that the applied substances of myrrh, aloes, and olive oil, as sensitizing agents, dampened the linen material. Experiments showed that chemical changes formed in connection with the gas ammoniac, led to a gradual yellowing of a test cloth. Ammoniac or amines form not only during the decay of corpses but also during the decay of urea. Parents know the strong smell of urea that arises from the changing of diapers. Admittedly, urea normally does not occur on the skin. Vignon discovered, however, that urea occurs abundantly in death perspiration, as well as in perspiration produced by a person being brutally tortured [ Rodney Hoare, The Turin Shroud is Genuine, 1998, p. 56 ff.] The American chemist Raymond Rogers, who spent long years investigating the Shroud, examined in detail the chemical mechanisms that might have been responsible for the formation of the image on it. He was thereby able to offer an explanation for why some fibers contain the image-making substance, while some do not, even when they lie directly adjacent. During the linen production in antiquity, the spun linen fibers were individually moistened with a paste made of crude starch so that the threads could be more easily woven. Some fibers were moistened more than others. The finished Shroud was washed in a solution of saponaria officinalis, a soap-like plant solution, and then laid out to dry. On the surface of the fibers, there remained a thin, irregular coating of residual starch, which then reacted with the gases that arose from the body, forming the yellowish substance that produced the image. This explains why the yellowish substance is found only on the surface of the fibers, and also why there are neighboring fibers that do not contain this substance. Rogers could experimentally reproduce this cause-andeffect process. Also, the fact that the image was formed in some places of the exterior of the Shroud can thus be explained. A portion of the gas diffused itself through the Shroud and reacted with the coating on the surface of the fibers on the other side. The hypothesis that gases caused the formation of the image seems irrefutable, as only so is the effect through distance explicable. It is clear that the image can not be a pure contact-image, because parts of the body are visible, which must have had a distance of up to 2 inches to the surface of the body. Rogers assumed that the image was formed by means of a complicated chemical process. He believed also that the man under the Shroud was dead, but the body still had certain residual warmth. The coating on the image-fibers was caused, according to this hypothesis, mainly by amines, which exited the skin due to initial decomposition processes. They reacted with the starch on the linen fibers and thus formed the yellowish coating. Rogers explained that the image substance is allocated on the Shroud in a way that gives the impression of a photograph because of a differentiated concentration of gases and possibly also differences of temperature, among other things. In our e-mail exchanges he admitted that the brilliance of the image cannot be explained by his hypothesis and that therefore this problem is not yet completely solved. There are indeed a whole series of problems in this approach. The volume of the gas between the body and the Shroud was relatively small. New ammoniac (or amines as a product of decomposition, if one assumes a corpse) was permanently formed on the skin, which exited into the surrounding air and then either diffused through the Shroud or was used up during the formation of the image. It is, therefore, to be expected that equilibrium was established underneath the Shroud, where the amine gas concentration should have been rather steady in the volume between body and cloth, regardless of the distance from Shroud to skin. A corpse would certainly have had residual warmth in the grave. This warmth would have led to air movement. This in turn would have led to a mixing of the gases and the hindering of the formation of different gas concentrations in the precisely required amounts. Thus a relatively even yellowing of the Shroud would be expected, like a big yellow stain, but not a high-resolution, photograph-like image. Objects are clearly recognizable, such as the upper lip, which must have been up to five centimeters (two inches) from the Shroud. In the Near East but also in other parts of the world, people have been, and are, buried in shrouds or in cloth sacks. They are laid to rest not only in the raw earth but in grave chambers and catacombs. If it were so simple for a corpse and a shroud sprinkled with starch to yield an image, many such images on grave shrouds would have already been produced. Furthermore, it would be very simple today to reproduce a shroud with such an image. One would simply lay a shroud with such a preparation on the face of a corpse and wait for two days. Yet the image on the Turin Shroud is unique. A second such image of a corpse on a shroud has not been found, nor has it been possible to reproduce such an image experimentally. This does not necessarily mean that the image was formed by supernatural forces. Nevertheless, a unique constellation of events must have arisen in the grave and led to a unique process. Every body that is warmer than its surrounding temperature radiates energy in the form of infrared radiation. Poor conductors like the human body radiate this energy primarily in a vertical direction. The energy radiation of a body decreases with distance. Rodney Hoare carried out the following experiment. A cloth was laid for some time on a man wearing only a swimming suit. Afterward, the cloth was held up and photographed with a temperature-sensitive camera. The photograph clearly showed a picture of heat on the shroud that the body had projected earlier. The less distance between body and shroud, the higher the temperature of the shroud on that spot. The speed of the chemical process that produced the image substance (Maillard reaction) depends largely on the temperature. Between air temperature and body temperature, a rise of ten degrees Celsius can mean a doubling or even a tripling of the speed of the process [ Ibid., p. 12.]. The chemical reaction can, therefore, cause a “heat picture“ to materialize. The higher the temperature was on a certain spot on the shroud, the more image-producing substance formed, an effect directly related to the distance of the shroud to the body. As already shown, this effect leads to the impression of a photograph-like image, from which even a 3-D image can be produced. If one assumes a corpse, it must be accepted that this body had certain residual warmth, which according to the described effect mechanism could also cause an image. Nevertheless, the depth of staining over the length of the front and back of the body[image on the shroud] is fairly constant, so the temperature of the cloth must also have been approximately uniform. This could only happen if the blood were still circulating, the heart just beating. The body must have been in a coma, therefore, and not clinically dead by twentieth-century standards. As soon as a body dies, its heart stops beating, and the blood is no longer forced round the body keeping the temperature nearly even. Very soon the extremities—feet, hands, nose—which have a large surface area compared with the matter they hold, cool down to the outside temperature. The trunk of the body and the head hold a very great deal of heat and will retain this for many hours. Not only that, but the blood no longer kept circulating, will naturally fall through gravity, causing lividity on the bottom surface. Some of these places, the buttocks and shoulder blades in a prone body, for instance, would therefore stay warm even longer, so that the signs of that warmth should have been visible as darker areas on the Shroud. Had it covered a dead body, the forensic experts would have expected no stain at all towards the feet, and the hands and nose would also have shown much less stain than they do. [ Hoare, p. 69. Result of the examination of the image by forensic scientists ]. In connection with the image, there are three further observations that point to a living organism under the Shroud: • The nose and the region under the nose belong to the darkest areas of the image. In the case of a corpse, the opposite would be expected, since the nose area cools down more quickly than other parts of the body. Warm air from the lungs would result in stronger discoloration. • The image in the area of the head is darker than elsewhere. In the case of a corpse, there is no explanation for such a thing. A living organism, however, under heavy loss of blood, directs more blood into the brain and inner organs, which results in relative temperature differences, and thus differences of lightness in the image. • The wounds of the flogging are a part of the body image and are not bloodstains. This, too, is easily explicable. Skin wounds lead to a light rising of the skin temperature in the area of the wounds (about one or two degrees Celsius). As with the rest of the image, a higher temperature causes the formation of more image substance, and thus the areas in question appear darker, which precisely matches the observations. However, nobody has yet succeeded in producing a comparable image experimentally. The reason is that a test person would have to be treated the same way as the man under the Shroud. He would also have to lay under a cloth motionless for a while. We also do not know which substances (ointments, oils, spices, and so on) were used during the burial or during the production of the cloth. Therefore, we do not know the exact chemical situation under the shroud. An important step for an experimental verification is, therefore, to analyze the image formation process in several parts. One question is, for instance, whether a warm body can project a temperature image onto a cloth laid upon it. In order to test this, I laid a piece of cloth over a rubber glove filled with warm water for a short time, then put the cloth aside, and photographed it immediately with a temperature-sensitive camera. A thermo-camera converses temperatures in colors or brightness (the warmer, the brighter). A warm body indeed projects a temperature image on a cloth laid upon it. That a chemical process follows this temperature distribution and thus materializes a temperature image can be assumed. The characteristic of the allocation of the image substance on the Shroud corresponds with the characteristics of the temperature allocation on a cloth laid on a warm body. As the image substance darkens the surface of the Shroud, a point on the image becomes darker when the temperature is higher, which happens in places where the distance to the body is shorter. Therefore, the thermo image has to be compared with the negative of the Shroud image. In 1981 in a Liverpool hospital, a mattress was found that bore the image of one hand and the buttocks of a just-deceased cancer patient. This image had similarities to the image on the Shroud of Turin. [Google:” Jospice mattress”, result, e.g.,http://www.shroud.com/pdfs/mattress.pdf ] That the Turin Shroud bears a photograph-like image, as well as its fresh blood and the lack of rigor mortis on the man in the image is further indication that the man under the Shroud must have been alive. Granted, almost all Shroud researchers assume the Shroud contained a dead body. [ This refers also to the members of the shroud science group ]. In general, most of these researchers are traditional Christians who strictly reject any argument that could suggest that Jesus survived the cross. Such a thought is even considered a kind of heresy. Much is at stake here. From their perspective, it must be a tragedy that the object that appears to lend credibility to their faith should instead become proof that the central belief of their faith might have no historical basis. True scientific research has always to be without fixed expectations regarding the results. Unfortunately, what is often lacking here is the required scientific neutrality. At present, these matters seem utterly polemical. Dr. Frederick Zugibe, an American medical examiner, writes in his book: In general, the Swoon Theory is completely unfounded and is refuted by the following facts: First, Jesus' physical condition was grave. The extent and severity of His injuries dictate that He would not have survived the crucifixion. Second, no medications or drugs of the time would have been able to stop the excruciating pains Jesus was undoubtedly experiencing, and no drugs of the time were capable of placing Him into a deep sleep to feign death given His condition. . . . Those authors who used the Shroud as evidence that Jesus was alive after removal from the cross were either ignorant of or disregarded medical and scientific evidence to the contrary. Moreover, the presence of rigor mortis, noted on the Shroud and acknowledged by well-known forensic and general pathologists, attests to this. The conviction that the man on the Shroud must have been dead is sustained by two major arguments: 1. Jesus, so badly wounded after the crucifixion, could not have acted as is reported of him. The first case involves in an unacceptable confusion of religion and science. On this point, it must be a question exclusively of the Shroud. In order to eliminate bias as much as possible, it is even required to leave the possibility that it could involve the historical Jesus. Thus, only the information taken from the Shroud may be evaluated because the information on the Shroud is far more objective than texts that were written decades after the events. The second point reveals the poor relationship between what is seen and what would normally be accepted as certain. Of course, it is absolutely improbable to sustain such wounds and thereafter be entombed while still alive and survive the ordeal. On the other hand, if a person is still breathing and the pupils react to light, no one would come to the conclusion that the person is dead, no matter how serious the injuries might be. The direct evidence for life thus takes priority over general observations such as the severity of the wounds, pain suffered, and so on. Nevertheless, it is repeatedly stated that, at the latest, the thrust with the lance into the side of Jesus, as seen imaged on the Shroud, must have led to his death because it went directly into his heart. However, no exit wound is visible. The lance only entered the body partially, and therefore one can determine nothing about the direction and the deepness of the lance thrust. In other words, if the man was still alive thereafter, as a series of indications clearly show, the lance could not have hit the heart. How dangerous was that side wound? The English researcher Rodney Hoare, while chairman of the British Society of the Turin Shroud, wrote in his book how he visited a team of medical examiners with enlarged photographs of the Shroud of Turin. His intention was to let such experts explain the cause of death. To the question of the severity of the lance thrust into the chest, he received the following surprising answer: “That would have done little damage. Put your hand where the point entered as on the Shroud photograph, and then lift your arms to the side in the crucifixion position, and it was too high to damage anything if the wound came from below. It would have bled, as we can see, and it might have allowed water between the lung and its cavity to come out at the same time. That water, the pleural effusion, would have been formed when the body was scourged. The lung would have been forced back, but even if the weapon had entered the lungs they can localise the injury." Then I asked, if the chest wound could not have been fatal, what did the man die of? For perhaps thirty minutes they discussed this before I had a consensus report. It was this: “If he lived before the seventeenth century, he would have been dead. He may have been unconscious on the cross and barely breathing, so he would have been dead to the onlookers. That's what they looked for. After Harvey they would have tested his pulse which would have been beating weakly. If he had lived in the twentieth century he would have been certified as in a coma.” [ Hoare, p. 68. ] The lance thrust was not intended to kill the crucifixion victim here. His death should have followed from the crucifixion itself. It was assumed that Jesus was already dead. The heart area would have been the most appropriate place for a deadly lance thrust. The reason for this lance thrust was far more to find out if the victim still showed any reaction to additional pains. The wound in the side was certainly a serious wound, but it occurred on a place of the body that would not lead to fatal injury. Of course, you must decide for yourself which conclusions you would like to draw from all the facts and interpretations presented here. This book, however, assumes the theory of the natural survival of the man under the Turin Shroud, for the research results show that it is sufficiently plausible. The whole story is in itself incredible, but everything speaks for a natural course of events. There is thus no gap in the explanation needing the assumption of a supernatural event. If, however, the assumption is that there was a corpse under the Shroud, a gap develops in the explanation of the image formation because no satisfactory natural explanation for the formation of the image based on this scenario has been found, even after one hundred years of Shroud research. This is also the reason why many people prefer to believe the Shroud to be a forgery. The argument usually goes something like this*: The problem for shroud skeptics is that the Shroud is simply too good to have been forged. As Einstein said, if a problem cannot be solved within a certain paradigm, it is necessary to change the paradigm and look for a solution then. * See, for example, David Roemer’s “Why the Turin Shroud Is Not Authentic” at http://www.dkroemer.com/shroud.html Read all 3 chapters of the book here: www.shroud.info/A_Living_Among_the_dead.pdf © 2008 Dr. Helmut Felzmann - All rights reserved - Presented with permission of the author New Light on Jesus: Is it possible that the Shroud had been created by Leonardo da Vinci? Leonardo was authorized or allowed to dissect corpses. Leonardo, being religious was aware of everything written about Jesus from the New Testament. Leonardo was a pioneer if not the inventor of the camera obscura and he was knowledgeable about photographic chemicals. Acquiring an old cloth should not have been difficult for Leonardo. The body on the Shroud has unusual dimensions due, obviously, to distortions based on the camera obscura method. The head on the Shroud does not join the body. This is simply explained as follows: the head on the Shroud is that of Leonardo! The following article suggested by Edward Lopez, NYC Read More: This article was contributed to World-Mysteries.com by Doug Yurchey Everything about the Shroud rings true: It is the material used for burial shrouds 2000 years ago in the area of the Holy Land. There is a wound indicated in the chest area. There is the exact number of lashes from a whipping on the back as stated in the Bible. Religious portraits of stigmata are not accurate when they show wounds in the palm of the hands. Nails, creating the wounds in the palms, could not hold the body on the cross. Tests on cadavers prove that bones in the hand are not strong enough to sustain a body's weight. Nails rip through hand bones and the body falls. On the Shroud, the wounds are at the wrist which can sustain the weight of a body. A religious forger, making a fraudulent Shroud would have placed the wounds in the palms...not at the wrists. The crown of thorns was not a round wreath as we also see in religious portrayals, but a hat of thorns. The trails of blood on Turin's burial cloth are sensible; they conform to the flow of gravity. Also...why is there blood at all when the body was cleaned, then wrapped and the fact that no blood flows from a corpse? The most amazing evidence to the reality of the Shroud is that it is a PHOTOGRAPHIC NEGATIVE. What could have formed this negative? It certainly was not a 1000 year old artist faking a holy relic. Some say the image captures the moment of Christ's resurrection. Others say that the image was a scorching emanating out due to RADIATION. There were reports that after the Hiroshima blast, pieces of glass were found with negative images of people's faces. These were people who had their faces near windows when the atomic bomb exploded. Radiation does cause negative imprinting. What is it that tells scientists that the Shroud of TURIN is a fake? Answer: Carbon 14. Are you so sure that Carbon 14 is accurate? Science needs an UNDER-estimate for many ancient mysteries that baffle us and do not fit the traditional picture. In the same way, Science needs a Rosetta Stone (which also is untrue)...so they can think they understand something that is not understandable. Mysterious artifacts are much older than what Carbon 14 indicates. Traditional scientists say there was a smooth progression of knowledge and technology; in the past, it was primitive and in modern times...it is advanced. Anything that disturbs this narrow (flat-Earth) view is not accepted. Carbon 14 is perfect for this agenda. The truth is the mysterious relics of the past are even more mysterious. The truth is you have to take the date Carbon 14 gives you and multiply it by at least a factor of 3. [This writer knew this back in the 1970s. When I heard that they were going to date the Shroud with Carbon 14, I thought to myself: NO! My sources told me exactly what is stated in the above paragraph.] The Shroud was tested with Carbon 14 and the rest is history. Now, the scientific world does not believe in the Turin relic because their holy measuring device said it was only 6-700 years old. © 2002 - D.Y. NOTE: Doug Yurchey is a writer, artist and inventor. He has studied ancient mysteries for 30 years and was married to a trans-channel. He has lectured at Carnegie Mellon University and California State at Northridge. For two years a background artist with the Simpsons TV Show, Doug Yurchey now promotes his unique theories. An Interview with Doug Yurchey Tests Show Shroud Of Turin Much Older Than Carbon-14 Date Scientists and forensic specialists gathered in Oviedo, Spain, this week to examine an obscure relic that many have claimed authenticates the Shroud of Turin - believed by many to be the burial cloth of Jesus Christ. Pollen traces suggest that Shroud of Turin originated before eighth century, near Jerusalem A new analysis of pollen grains and plant images on the Shroud of Turin places its origin to Jerusalem before the eighth century, giving a boost to those who believe the shroud is the burial cloth of Jesus and refuting a 1988 examination by scientists that concluded the shroud was made between 1260 and 1390. The Second Messiah : by Christopher Knight, Robert Lomas The the shroud itself is a piece of herringbone patterned linen in a 3:1 twill weave. This type of cloth came into use in Europe at the beginning of the 14th Century. Lomas and Knight accept that it would not be impossible for this to have been produced in the first century, however it is unlikely. It is also true, according to the authors, that of all the pollen deposits found embedded in the cloth, no pollen from olive trees has been found, and Israel has always had a high number of these plants. Radiocarbon dating has shown that the flax plants which were used to make the shroud had ceased to live between 1260 and 1390 AD. On the image itself, Lomas and Knight deduced that the victim whose image the shroud bears was nailed with his right arm over his head and his left arm out sideways. This also corresponds with the observation that the right shoulder on the shroud appears to be dislocated. This conflicts with the traditional crucifixion in which the arms are stretched out sideways to promote great difficulties in breathing. the positioning of the arms on the shroud itself indicates that the victim was not laying on a flat surface, but on a soft padded surface when the image was made. With the head and shoulders raised to assist breathing, and the body heat that would be needed for the chemical process that created the image on the shroud, it suggests that the victim was not only alive, but was intended to recover. in 1307, the Grand Master of the Knights Templar was a man called Jacques de Molay. In their book, Lomas and Knight demonstrate that the French king Philip IV had planned to restore his fractured economy by stealing the wealth accumilated by the Knights Templar. Prior to Friday 13th October 1307, the Knights Templar had been a holy order but on this day the Paris Inquisition took 15,000 members, including de Molay and also took control of the Paris Temple. William Imbert was ordered by king Philip to extract a confession from de Molay by whatever means necessary but under no cicumstances was he to kill him.. Lomas and Knight produce evidence to show that one Templar, John of Foligny, confessed to the inquisition that there was a 'secret place' inside the Temple which Lomas and Knight believe resembeld a modern Masonic temple, complete with four items within a wooden chest- a human skull, two thigh bones and a white burial shroud (which is still used today in the ritual of the living ressurection just as it was in the Jerusalem Chuch and by the Knights Templar). According to Lomas and Knight, de Molay was interrogated in the Paris Temple. Lomas and Knight believe that Imbert was outraged at the Templars use of a ressurection ceremony which he felt insulted the resurrection of Jesus, and as a form of irony intended that Molay should suffer as Jesus had. They believe thay Molay was nailed most probably to a large wooden door in the manner described above. They believe that when his right arm was raised above his head and the nail driven through the wrist, that the impact from the nail caused his thumb to swing violently across his palm and dislocated at the joint. This concurs with medical examinations of the shroud. This trauma would have produced large amounts of lactic acid, leading to 'metabolic acidosis' this produces severe cramps and was not helped by the fact Molay would not have been able to breathe propperly. This would have caused 'respiratory acidosis'. It was at this point, Lomas and Knight believe, that Molay was taken down and covered with the shroud found within the wooden chest to show that his "mocking use of a shroud had not gone unnoticed by the Holy Inquisition". Molay was then placed into the same bed that he had been dragged from, supporting the notion that the man on the shroud had been on a soft surface at the time the image was made. As Molay had no family in the area to care for him, Lomas and Knight believe that the family of his right hand man, that of Jean de Charney was called in to care for him. The Charney family removed the shroud and nursed him to health, though the scars never healed and some years later Molay showed papal representatives the extent of his injuries. The shroud which was bloodied, but a useful cloth, was washed and put away. The shrouds first display was in a small church in the French town of Lirey in 1357. Interestingly, it was lent to the church by the widow of Geoffrey de Charney, a decendant of the family that Lomas and Knight believe cared for Molay after his tourture. This would explain why this shroud came into their posession. The Blood and the Shroud: New Evidence That the World's Most Sacred Relic Is Real by Ian Wilson The Resurrection of the Shroud: New Scientific, Medical, and Archeological Evidence by Mark Antonacci Jesus and the Shroud of Turin VHS by C. Bernard Ruffin Relic, Icon or Hoax? : by H. E. Gove The Second Messiah : by Christopher Knight, Robert Lomas by Janice Bennett The Shroud of Turin and the C-14 Dating Fiasco Relics : The Shroud of Turin, the True Cross, the Blood of Januarius... Not Made by Hands : The Shroud of Turin: The Turin Shroud Is Genuine : The Shroud of Turin : Turin Shroud and Science The Shroud of Turin: by Frank C. Tribbe (Author)Introduction - Part 1

Click to view entire shroud enlarged (hi-res image).
Source of this image: http://commons.wikimedia.org/wiki/File:Shroudofturin_rotated.jpg
when viewed as negative image (click on the right image to enlarge).
with a recursive filter.The computer showed us what the face of Jesus Christ probably
looked like before the Passion or after Resurrection, through an electronic cleaning
of the blood and wounds which provides the almost natural images of the face
Source: http://www.shroud.com/meacham2.htmThe Story behind the Photograph of the Risen Christ
Introduction - Part 2

position is based on interpretation of the blood stains contained in the shroud.
COPYRIGHT 1931 GIUSEPPE ENRIE
But there is another angle of dried blood at 55 degrees. This shows that this person tried to lift himself up by 10 degrees. Why? Medical studies show that if a person just hangs from a position of 65 degrees in would start to suffocate very quickly. Only if he could lift himself up by about 10 degrees would he be able to breathe.
Thus he would have to raise himself up by this 10 degrees by pushing down on his feet which would have to have been fixed to the cross. He would then become exhausted and fall down again to the 65 degree position. Thus, he would continue to shift from these two agonizing positions throughout crucifixion.
That is why the executioners of crucifixion would break the legs of their victims to speed up death.
If they could not lift themselves up to breathe, they would suffocate very quickly.Image Formation Theories
The Painting Theory
The Radiation TheoryDeSalvo's Revised Vaporgraphic - Direct Contact Theory
Nature may have supplied us with a miniature example of how the Shroud body image was produced. It is known that when certain plant matter (such as leaves) are placed in a book and left undisturbed for many years, there develops on both the upper and lower sheets of paper a faint sepia colored imprint of the plant matter (called Volckringer patterns). Dr. Jean Volckringer in the 1940's noticed that these plant images closely resemble the body image on the Shroud of Turin. In fact the plant imprint also appears to be a negative image, just like the Shroud, and when photographed a positive imprint appears on the negative plate.

Director of the Great Pyramid of Giza Research AssociationA Living Man among the Dead
New Light on Jesus: Research on the Turin Shroud Yields Surprising Knowledge
Presented with permission of the author
He is not here; he is risen.
Angels at the empty tomb to the women visitors (Luke 24:5–6).
The Turin Shroud Is genuine, 1984/94; Helmut Felzmann, Revolution im Christentum, 2002;
und Gerhard Kuhnke, Rom und das Grabtuch, 2004.
I will not repeat my earlier arguments. In my opinion, everything speaks to the fact that the blood circulation activity had not yet ended. Obviously I agree with Prof. Ballone that in the course of the transport of a corpse blood can flow almost passively out of such a stab wound to the chest. Yet one has to pose the question of whether the burial shroud was wrapped around the corpse already at the beginning of the transport. I believe that in this case no so-called statically stain-pattern would have been formed, which without exception permitted a direct, topographical assignment to a lying body. I would then far more have expected numerous traces of smears, whose locations would have been strewn more coincidental and irregularly. The pattern that is in fact recognizable indicates, in my opinion, that the person involved was only wrapped in the shroud during the placement in his grave, and indeed very probably in the form that at first the body was bedded on the shroud and the shroud’s other half was then drawn over the body. I cannot imagine that during this placement a considerable quantity of blood could have flowed out passively.5
In my opinion, a great deal of unqualified comments has been said about another phenomenon. I mean the differentiation between the actual bloodstains and the serum areas that surround them, and which are seen as proof of corpse blood. In general one can say that corpse blood does not differ from the blood of a living person at least in the first phase after death. In earlier times corpse blood was used for purposes of transfusion in great quantities. But if one cannot be differentiated from the other, it can not be concluded from any results that the one or the other type of blood is involved. It is correct that with bleeding in the chest cavity a reduction of blood corpuscles can result, and quasi serum can develop. If such an emulsion is brought to flow out by a passive movement of the body, it is possible that indeed serum can escape first. This blood corpuscle lowering can begin, depending on the circumstances, already during life. Having only the end result it can not be concluded whether the individual involved was already dead or still alive. I am therefore of the conviction that nothing at all can be determined from this particular evidence, that is, neither that it must have been corpse blood nor that it was the blood of a still living person
Bloodstains from the crown of thorns and from the side wound (Enrie)
Click on images to enlarge.
Yet Professor Bonte came to the following contrary result: “I want to clearly deny, whether one can read the beginnings of rigor mortis in any of the diagnostic findings on the burial shroud. The position as it can be seen on the Shroud can in my opinion also be taken by a living person, that is, a seemingly dead man.” [ Herbst, p. 100 ]
Back of the body on the Shroud
This sixteenthcentury painting by Giovanni Battista shows how the body could have been wrapped
in a burial shroud in a position that would match the image on the Shroud of Turin
The Formation of the Image
or Wikipedia’s entry for the Shroud of Turin.
[ Rogers, p. 11.]
Thus, under certain chemical circumstances, it is entirely possible that a warm, living body can cause an image to form.
[ 27 Frederick Zugibe, The Crucifixion of Jesus—A Forensic Inquiry, p. 161f. ]
2. It is impossible to survive the type of injuries Jesus sustained.
Official website of the author: http://www.shourd.info
Research on the Turin Shroud Yields Surprising Knowledge
by Helmut Felzmann
The Turin Shroud is it ... a fraud, a mystery, the witness of a miracle? Bit by bit, the investigation into the Turin Shroud becomes an explosive historical controversy.
Medical examiners say that the man under the shroud must have still been alive!Was it Jesus, who survived his crucifixion? This would turn the resurrection into a matter of science, not only faith. This book presents scientific evidence so you can decide for yourself whether Christians will have to confront the idea that some of their central beliefs have no historical basis. Christianity beyond sacrificial death and supernatural resurrection is not its end but the dawn of a new beginning. This is the message of this book. A radical book for spiritual pioneers.Leonardo da Vinci: Photo-image Theory

Shroud of Turin or Carbon 14

Pick one! One is true, the other is false.
It is either the Shroud of Turin is a fraud and Carbon 14 is an accurate time-measuring instrument.....or, the Shroud of Turin is the burial cloth of Jesus Christ and Carbon 14 is NOT an accurate time-measuring device.
Secondo Pia was the Shroud's first photographer. The Italian photographed this
faint image on a light-colored material. To his great surprise, when Pia examined his negatives, there was a positive image! By photographing the negative, you have created a positive. The faint image became a light image on a black background. Details emerged that astounded viewers and enlarged the Shroud's controversy.
Scientists are supposed to be open-minded, not stuck to a canon of unchanging principles.
Maybe there are some things that we have to take on a little bit of faith.News Articles
October 6, 2000 - Sightings - Oviedo, Spain
The Sudarium of Oviedo is reportedly the other linen cloth found in the tomb of Christ, as described in the Gospel of John.
The relic, whose dramatic history is intertwined with the Knights Templar, Moors, El Cid, saints and bishops, has been in Spain since 631 A.D.
Meanwhile, in Turin, Italy, the last pilgrims of the Jubilee Year are winding their way past the Shroud of Turin before the exhibit closes on October 23.
Verses 5-8 of the 20th chapter of "The Gospel According to St. John" records, "... he went into the tomb and saw the burial cloths there and the cloth that had covered his head, not with the burial cloths, but rolled up in a separate place."
This head cloth, the sudarium, has become the focus of increasing debates over the validity of the carbon-14 tests on the Shroud of Turin.
The carbon-dating tests set the age of the shroud in the 13th century, which would make the Shroud of Turin a pious icon at best, a clever fraud at worst.
However, the scientific community is divided over the shroud dates because -- with the exception of the carbon dating tests -- medical, artistic, forensic and botanical evidence favors the authenticity of the shroud of Turin as the burial cloth of Jesus.
One example of microscopic testing that supports the Shroud as authentic is the 1978 sample of dirt taken from the foot region of the burial linen. The dirt was analyzed at the Hercules Aerospace Laboratory in Salt Lake, Utah, where experts identified crystals of travertine argonite, a relatively rare form of calcite found near the Damascus Gate in Jerusalem.
It is a stretch, say researchers, that a 13th century forger would have known to take the trouble to impregnate the linen with marble dust found near Golgotha in order to fool scientists six hundred years later.
The debate over the authenticity of the Shroud of Turin is elevated by the new discoveries resulting from the studies on the Sudarium of Oviedo.
Unlike the Shroud, the Sudarium, which covered the face of Christ for a short time before the body was wrapped in the longer burial cloth, does not carry an image of a man. Instead, the cloth, held against a face of a man who had been beaten about the head, shows a distinct facial impression and pattern of stains.
The cloth is impregnated with blood and lymph stains that match the blood type on the Shroud of Turin. The pattern and measurements of stains indicate the placement of the cloth over the face.
These patterns have been extensively mapped to enable researchers to compare the markings and measurements with those of the Shroud of Turin.
These measurements and calculations, digitized videos and other forensic evidence indicate that the Sudarium of Oviedo covered the same head whose image is found on the Shroud of Turin.
Part of Jewish burial custom was to cover the face of the dead, sparing the family further distress. The sudarium, from the Latin for "face cloth," would have been wrapped over the head of the crucified Christ awaiting permission from Pontius Pilate to remove the body.
Stains made at that time indicate a vertical position with the head at an angle. There are stains from deep puncture wounds on the portion of the cloth covering the back of the head, consistent with those puncture marks found on the Shroud of Turin, theoretically made by the caplet of thorns.
A separate set of stains, superimposed upon the first set, was made when the crucified man was laid horizontally and lymph flowed out from the nostrils.
The composition of the stains, say the Investigation Team from the Spanish Centre for Sindology, who began the first sudarium studies in 1989, is one part blood -- type AB -- and six parts pulmonary oedema fluid.
This fluid is significant, say researchers, because it indicates that the man died from asphyxiation, the cause of death for victims of crucifixion.
Recently, Dr. Alan Whanger, professor emeritus of Duke University, employed his Polarized Image Overlay Technique to study correlations between the Shroud and the Sudarium. Dr. Whanger found 70 points of correlation on the front of the sudarium and 50 on the back.
"The only reasonable conclusion," says Mark Guscin, author of "The Oviedo Cloth," "is that the Sudarium of Oviedo covered the same head as that found on the Shroud of Turin." Guscin, a British scholar whose study is the only English language book on the Sudarium, told WorldNetDaily, "This can be uncomfortable for scientists with a predetermined viewpoint; I mean, the evidence grows that this cloth and the Shroud covered the same tortured man."
Guscin also points to pollen studies done by Max Frei of Switzerland.
Specific pollens from Palestine are found in both relics, while the Sudarium has pollen from Egypt and Spain that is not found on the Shroud.
Conversely, pollen grains from plant species indigenous to Turkey are imbedded in the Shroud, but not the Sudarium, supporting the theory of their different histories after leaving Jerusalem.
The significance of the Sudarium to the Shroud, in addition to the forensic evidence, is that the history of the Sudarium is undisputed. While the history of the Shroud is veiled in the mists of the Middle Ages, the Sudarium was a revered relic preserved from the days of the crucifixion.
A simple cloth of little value, other than that it contained the Blood of Christ, the Sudarium accompanied a presbyter named Philip and other Christians fleeing Palestine in 616 A.D. ahead of the Persian invasion.
Passing through Alexandria, Egypt, and into Spain at Cartegena, the oak chest containing the Sudarium was entrusted to Leandro, bishop of Seville. In 657 it was moved to Toledo, then in 718 on to northern Spain to escape the advancing Moors.
The Sudarium was hidden in the mountains of Asturias in a cave known as Montesacro until king Alfonso II, having battled back the Moors, built a chapel in Oviedo to house it in 840 AD.
The most riveting date in the Sudarium's history is March 14, 1075. On this date, King Alfonso VI, his sister and Rodrigo Diaz Vivar (El Cid) opened the chest after days of fasting. This official act of the king was recorded and the document is preserved in the Capitular Archives at the Cathedral of San Salvador in Oviedo. The King had the oak chest covered in silver and an inscription added which reads, "The Sacred Sudarium of Our Lord Jesus Christ."
Juan Ignacio Moreno, a Spanish magistrate based in Burgos, Spain, asks the critical question. "The scientific and medical studies on the Sudarium prove that it was the covering for the same man whose image is [on] the Shroud of Turin.
We know that the Sudarium has been in Spain since the 600s. How, then, can the radio carbon dating claiming the Shroud is only from the 13th century be accurate?"
July 3, 1999 - AP
The earlier study also indicated the shroud came from Europe rather than the Holy Land.
"We have identified by images and by pollen grains species on the shroud restricted to the vicinity of Jerusalem," botany professor Avinoam Danin of The Hebrew University of Jerusalem said Monday during the International Botanical Congress here. "The sayings that the shroud is from European origin can't hold."
More than 4,000 scientists from 100 countries are taking part in the botanical conference, which focuses on a wide range of issues related to plants.
The shroud contains pollen grains and the image of a crucified man, as well as faint images of plants.
Analysis of the floral images, and a separate analysis of the pollen grains by another botanist, Uri Baruch, identified a combination of plant species that could be found only in March and April in the region of Jerusalem, Danin said.
Danin identified a high density of pollen of the tumbleweed Gundelia tournefortii. The analysis also found the bean caper Zygophyllum dumosum. The two species coexist in a limited area, Danin said.
"This combination of flowers can be found in only one region of the world," he said. "The evidence clearly points to a floral grouping from the area surrounding Jerusalem."
An image of the Gundelia tournefortii can be seen near the image of the man's shoulder. Some experts have suggested that the plant was used for the "crown of thorns."
Two pollen grains of the species were also found on the Sudarium of Oviedo, believed to be the burial face cloth of Jesus.
Danin, who has done extensive study on plants in Jerusalem, said the pollen grains are native to the Gaza Strip.
Since the Sudarium of Oviedo has resided in the Cathedral of Oviedo in Spain since the 8th century, Danin said that the matchup of pollen grains pushes the shroud's date to a similar age. Both cloths also carry type AB blood stains in similar patterns, Danin said.
"The pollen association and the similarities in the blood stains in the two cloths provide clear evidence that the shroud originated before the 8th Century," Danin said.
The location of the Sudarium of Oviedo has been documented since the first century.
If it is found that the two cloths are linked, then the shroud could date back even further, Danin said.
The 1988 study used carbon-14 dating tests. Danin noted that the earlier study looked at only a single sample, while he used the entire piece of fabric.Subject Related BOOKS & Video
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The Bermuda Triangle (also known as Devil's Triangle and Devil's Sea) is a nearly half-million square-mile (1.2 million km2) area of ocean roughly defined by Bermuda, Puerto Rico, and the southernmost tip of Florida. This area is noted for
a high incidence of unexplained losses of ships, small boats, and aircraft..
The Bermuda Triangle has become popular through representation by the mass media, in which it is a paranormal site in which the known laws of physics are either violated, altered, or both.
While there is a common belief that a number of ships and airplanes have disappeared under highly unusual circumstances in this region, the United States Coast Guard and others disagree with that assessment, citing statistics demonstrating that the number of incidents involving lost ships and aircraft is no larger than that of any other heavily traveled region of the world.
There is a common belief that a number of ships and airplanes have disappeared under highly unusual circumstances in the region called
Bermuda Triangle. Over 100 airplane disappearances and over
1000 lives lost since 1945
Many of the alleged mysteries have proven not so mysterious or unusual upon close examination, with inaccuracies and misinformation about the cases often circulating and recirculating over the decades.
The triangle is an arbitrary shape, crudely marking out a corridor of the Atlantic, stretching northward from the West Indies, along the North American seaboard, as far as the Carolinas. In the Age of Sail, ships returning to Europe from parts south would sail north to the Carolinas, then turn east for Europe, taking advantage of the prevailing wind direction across the North Atlantic. Even with the development of steam and internal-combustion engines, a great deal more shipping traffic was (and still is) found nearer the US coastline than towards the empty centre of the Atlantic. The Triangle also loosely conforms with the course of the Gulf Stream as it leaves the West Indies, and has always been an area of volatile weather. The combination of distinctly heavy maritime traffic and tempestuous weather meant that a certain, also distinctly large, number of vessels would flounder in storms.
Given the historical limitations of communications technology, most of those ships that sank without survivors would disappear without a trace. The advent of wireless communications, radar, and satellite navigation meant that the unexplained disappearances largely ceased at some point in the 20th Century. The occasional vessel still sinks, but rarely without a trace. It should be noted that both the concept and the name of the Bermuda Triangle date only to the 1960s, and were the products of an American journalist.
Other areas often purported to possess unusual characteristics are the Devil's Sea, located near Japan, and the Marysburgh Vortex or the Great Lakes Triangle, located in eastern Lake Ontario.
Source: Wikipedia, the free encyclopedia
http://en.wikipedia.org/wiki/Bermuda_Triangle
The Bermuda Triangle (a.k.a. the Devil's Triangle) is a triangular area in the Atlantic Ocean bounded roughly at its points by Miami, Bermuda, and Puerto Rico. Legend has it that many people, ships and planes have mysteriously vanished in this area. How many have mysteriously disappeared depends on who is doing the locating and the counting. The size of the triangle varies from 500,000 square miles to three times that size, depending on the imagination of the author. (Some include the Azores, the Gulf of Mexico, and the West Indies in the "triangle.") Some trace the mystery back to the time of Columbus. Even so, estimates range from about 200 to no more than 1,000 incidents in the past 500 years. Howard Rosenberg claims that in 1973 the U.S. Coast Guard answered more than 8,000 distress calls in the area and that more than 50 ships and 20 planes have gone down in the Bermuda Triangle within the last century.
Many theories have been given to explain the extraordinary mystery of these missing ships and planes. Evil extraterrestrials, residue crystals from Atlantis, evil humans with anti-gravity devices or other weird technologies, and vile vortices from the fourth dimension are favorites among fantasy writers. Strange magnetic fields and oceanic flatulence (methane gas from the bottom of the ocean) are favorites among the technically-minded. Weather (thunderstorms, hurricanes, tsunamis, earthquakes, high waves, currents, etc.) bad luck, pirates, explosive cargoes, incompetent navigators, and other natural and human causes are favorites among skeptical investigators.
There are some skeptics who argue that the facts do not support the legend, that there is no mystery to be solved, and nothing that needs explaining.The number of wrecks in this area is not extraordinary, given its size, location and the amount of traffic it receives. Many of the ships and planes that have been identified as having disappeared mysteriously in the Bermuda Triangle were not in the Bermuda Triangle at all. Investigations to date have not produced scientific evidence of any unusual phenomena involved in the disappearances. Thus, any explanation, including so-called scientific ones in terms of methane gas being released from the ocean floor, magnetic disturbances, etc., are not needed. The real mystery is how the Bermuda Triangle became a mystery at all.
The modern legend of the Bermuda Triangle began soon after five Navy planes [Flight 19] vanished on a training mission during a severe storm in 1945. The most logical theory as to why they vanished is that lead pilot Lt. Charles Taylor’s compass failed. The trainees' planes were not equipped with working navigational instruments. The group was disoriented and simply, though tragically, ran out of fuel. No mysterious forces were likely to have been involved other than the mysterious force of gravity on planes with no fuel. It is true that one of the rescue planes blew up shortly after take-off, but this was likely due to a faulty gas tank rather than to any mysterious forces.
Over the years there have been dozens of articles, books, and television programs promoting the mystery of the Bermuda Triangle. In his study of this material, Larry Kushe found that few did any investigation into the mystery. Rather, they passed on the speculations of their predecessors as if they were passing on the mantle of truth. Of the many uncritical accounts of the mystery of the Bermuda Triangle, perhaps no one has done more to create this myth than Charles Berlitz, who had a bestseller on the subject in 1974. After examining the 400+ page official report of the Navy Board of Investigation of the disappearance of the Navy planes in 1945, Kushe found that the Board wasn't baffled at all by the incident and did not mention alleged radio transmissions cited by Berlitz in his book. According to Kushe, what isn't misinterpreted by Berlitz is fabricated. Kushe writes: "If Berlitz were to report that a boat were red, the chance of it being some other color is almost a certainty." (Berlitz, by the way, did not invent the name; that was done by Vincent Gaddis in "The Deadly Bermuda Triangle," which appeared in the February, 1964, issue of Argosy, a magazine devoted to fiction.)
In short, the mystery of the Bermuda Triangle became a mystery by a kind of communal reinforcement among uncritical authors and a willing mass media to uncritically pass on the speculation that something mysterious is going on in the Atlantic.
MYSTERIES
Carved out of a natural limestone outcrop, the Sphinx is 19.8 metres (65 feet) high and 73.2 metres (240 feet) long. It is located a short distance from the Great Pyramid. The main body sits along an east-west axis facing east. An enclosure of open floor surrounds the monument, narrowing somewhat in the western back end. There is an unfinished shelf along the western back wall slightly elevated from the rest of the enclosure floor. Large and small blocks of harder limestone, applied at different times in the past, form a protective covering or facing over the lower parts of the monument. Click to view larger image The rectangular structure known as the Sphinx Temple lies directly east of the statue. Adjacent and south of the Sphinx Temple lies a structure known as the Khafra Valley Temple. This is linked to a causeway that goes west-northwest to the second or Khafra Pyramid. The causeway runs above and along the south wall of the Sphinx enclosure. A Khafra Mortuary Temple stands east of the Khafra Pyramid on the upper plateau behind the Sphinx. Plan of Khafre's causeway and the Sphinx enclosure. Originally, all three of the big pyramids at Giza (Khufu, Khafra, and Menkaura) had causeways, valley temples, and mortuary temples. These structures were originally faced with smoother and harder limestone or granite that was partly or entirely stripped in ancient and medieval times, leaving limestone core blocks that have weathered over the millennia. Between the enormous paws is a stele that records a dream Tuthmosis IV had when he was a prince. He dreamt that he stopped to rest in the shadow of the Sphinx during a hunting expedition in the desert. While asleep, the Sphinx spoke to him, saying that he would become king if he cleared away the sand that all but buried the Sphinx. When he became king, Tuthmosis IV cleared the sand and erected a stele that tells the story of his dream. After the work was completed, a chapel was built next to the Sphinx to venerate this sun god. Tuthmosis IV Dream Stele located between Sphinx's Paws Here is more detailed version of this story: "On one of these days it happened, when the king's son Tuthmosis had arrived on his journey about the time of mid-day, and had stretched himself to rest in the shade of this great god, that sleep overtook him. ' Behold me, look at me, thou, my son Tuthmosis. I am your father Horemkhu, Kheper, Ra, Tmu. The kingdom shall be given to you .... and you shall wear the white crown and the red crown on the throne of the earth-god Seb, the youngest (among the gods). The world shall be yours in its length and in its breadth, as far as the light of the eye of the lord of the universe shines. Plenty and riches shall be yours; the best from the interior of the land, and rich tributes from all nations; long years shall be granted to you as your term of life. My countenance is gracious towards you, and my heart clings to you; [I will give you] the best of all things. 'The sand of the district in which I have my existence has covered me up. Promise me that you will do what I wish in my heart; then shall I know whether you are my son, my helper. Go forward let me be united to you. I am . . . ' After this [Tuthmosis awoke, and he repeated all these speeches,] and he understood (the meaning) of the words of the god and laid them up in his heart, speaking thus with himself: 'I see how the dwellers in the temple of the city honour this god with sacrificial gifts [without thinking of freeing from sand the work of King] Khaf-Ra, the statue which was made to Tmu-Horemkhu.' ...... The remaining lines of text have been lost - but as Tuthmosis became Tuthmosis IV is, perhaps, not difficult to tell what happened!" The Tuthmosis IV Dream Stele reads: "Now the statue of the very great Khepri (the Great Sphix) restin in this place, great of fame, sacred of respect, the shade of Ra resting on him. Memphis and every city on its two sides came to him, their arms in adoration to his face, bearing great offerings for his ka. One of these days it happened that price Tuthmosis came travelling at the time of midday. He rested in the shadow of the great god. (Sleep and) dream (took possession of me) at the moment the sun was at zenith. Then he found the majesty of this noble god speaking from his own mouth like a father speaks to his son, and saying, 'Look at me, observe me, my son Tuthmosis. I am your father, Horemakhet-Khepri-Ra-Atum. I shall give to you the kingship (upon the land before the living)... (Behold, my condition is like one in illness), all (my limbs being ruined). The sand of the desert, upon which I used to be, (now) confronts me; and it is in order to cause that you do what is in my heart that I have waited." Our exclusive article about the meaning of this ancient enigma. The image and quotations suggested by B. De la Roche-Colombe Plato's The Republic, Boox IX reads: "Let us make an image of the soul, that may have his own words presented before his eyes. Source: Plato, The Republic, Boox IX In the Liber Aleph, part ,7 by Aleister Crowley we read: [...] Threefold is the Nature of Life, Eagle, Serpent, and Scorpion. And of these the Scorpion is he that, having no Lion of Light and of Courage within him, seemeth to himself encircled by Fire, and, driving his Sting into himself, he dieth. Such are the Black Brothers, that cry: I am I, they hat deny Love, restricting it to their own Nature. But the Serpent is the secret Nature of Man, that is Life and Death, and maketh his Way through the Generations in Silence. And he Eagle is that Might of Live which is the Key of Magick, uplifting the Body and its Appurtenance unto high Ekstacy upon his Wings. It is by Virtue thereof that the Sphinx beholdeth he Sun unwinking, and confronteth the Pyramid without Shame. Our Dragon, therefore, combining the Natures of the Eagle and he Serpent, is our Love, the Organ of our Will, by whose Virtue we perform the Work and Miracle of the One Substance, as saith thine Ancestor Hermes Trismegistus, in his Tablet of Smaragda. And this Dragon, is called thy Silence, because in he Hour of his Operation that within thee which saith "I" is abolished in its Conjunction with the Beloved. For this Cause also is its Letter Nun, which in our Rota is the Trump Death; and Nun hath the value of Fifty, the Number of the Gates of Understanding. [...] [...] By Gnana Yoga cometh thy Man to Knowledge; by Karma Yoga hy Bull to Will; by Raja Yoga is thy Lion brought to his Light; and to make perfect thy Dragon, thou hast Bhakta Yoga for the Eagle therein, and Hatha Yoga for the Serpent. Yet mark thou well how all these interfuse, so that thou mayst accomplish no one of the Works separately. As to make Gold hou must have Gold (it is the Word of the Alchemists), so to become the Sphinx thou must first be a Sphinx. For naught may grow save to the Norm of its own Nature, and in the Law of its own Law, or it is but Artifice, and endureth not. So herefore is it Folly, and a Rape wrought upon Truth to aim at aught but the Fulfilment of thine own True Nature. Order then hy Workings in Accord with thy Knowledge of that Norm as best hou mayst, not heeding the Importunity of them that prate of he Ideal. For this Rule, this Uniformity, is proper only to a Prison, and a Man Liveth by Elasticity, nor endureth Rigor save in Death. But whoso groweth bodily by a Law foreign to his own Nature, he hath a Cancer, and his whole Oeconomy shall be destroyed by that small Disobedience. [...] Now then at last art thou made ready to confront the Pyramid, if thou art established as a Sphinx. For It also hath he foursquare Base of Law, and the Four Triangles of Light, Life, Love and Liberty for its Sides, that meet in a Point of Perfection that is Hadith, poised to the Kiss of Nuith. But in this Pyramid there is no Difference of Form between the Sides, as it is in thy Shinx, for these are wholly One, save in Direction. Thou art then an Harmony of the Four by Right of thy Attainment of Adeptship, the Crown of thy Manhood, but not an Identity, as in Godhead. Therefore may it be said from one Point of Sight that thine Achievement is but a Preparation, an Adornment of the Bride for the Temple of Hymen, and his Rite. Verily, o my Son, I deem in my Wisdom hat this whole Work of thy Development to Shinxhood cometh before the Work of Theurgy, for the Lord descendeth not upon a Temple ill-conceived, and builded wry, nor abideth in a Shrine unworthy. Accomplish then this Task in Patience, with Assiduity, not hasting furiously after Godliness. For this is most sure, that to the Beauty of a Maiden answereth the Lust of her Lord, spontaneous and without Effort or Appeal of her Contriving. Source: Liber Aleph part 7 by Aleister Crowley Related Link?: http://www.world-mysteries.com/awr_1_6.htm Writer John Anthony West and Boston University geologist Robert Schoch contend that weathering of the Member II layers indicates that the Sphinx was built between 5000 and 7000 BC. A problem with the age of the Sphinx may be dated to the report of a photogrammetric survey conducted in 1979 by Dr. Mark Lehner, director of the American Research Center in Egypt in the 1980s, and Dr. K. Lal Gauri, director of the Stone Conservation Laboratory at the University of Louisville, Kentucky, USA. With the help of an archaeological photographer, Lehner and Gauri identified and recorded the exposed surface of the monument and the stone blocks that still faced it. Lehner's 1980 report noted an anomaly about the main body on pp. 17-18: "Except for the prominent boss on the chest, we have nowhere observed any kind of working marks on the core-body, either in the way of tool marks or of surfaces that would seem to have been left by rough quarrying activity. Neither have we found any profile on the core that would appear to be of finished sculpture. This might easily be explained by saying that the part of the core-body now showing - almost entirely of the very soft Bed 2 stone - has been eroded so badly that all such traces have disappeared. Even so, in the cross-sections showing through the successive layers of masonry added to the core, one would expect such traces to show under the earliest level of stonework had it been added soon after the core was formed, thereafter protecting the profile of the parent rock. But on the face and profile of the core in such cases (Figs. 3,4) [supplied in original report] there are no observable indications of parts of a finished profile or of working marks. Rather, the profile of the core seems in all cases to be one of severe erosion, leaving the softer yellowish bands and harder intermediate strata showing a profile of successive rolls and undulations. These considerations would seem to indicate that the core-body of the Sphinx was already severely eroded when the earliest level of large-block masonry was added to it." To reconcile these observations with the traditional attribution of the monument to the reign of Khafra (2520-2494 BCE), Lehner and his colleagues assumed that the earliest facing stones were repairs dating from the New Kingdom c. 1440 BCE. The weathering had presumably occurred during the intervening centuries. In the original 1979 edition of his book, Serpent in the Sky: The High Wisdom of Ancient Egypt, West presented an interpretation of ancient Egyptian civilization developed by the French scholar R.A. Schwaller de Lubicz (1887-1961). In Schwaller's view, orthodox Egyptology had given Egyptian religion and science an excessively primitive interpretation. An English translation of Schwaller's major work, The Temple of Man (Inner Traditions, 1999), is now available. Schwaller speculated that ancient Egypt owed its core knowledge to an earlier lost civilization, or lost stage of its own civilization, that dated back to prehistoric times. He suggested that the weathering of the Sphinx was caused by water, not wind and sand. If true, this meant that the monument may have predated the onset of the current arid regime and may be a surviving structure from that earlier culture. During the transition from the last ice age to the present desert environment, Egypt experienced rainfall heavier than any that has fallen in historic times. These rains fell in intervals between 10,000 and 3000 BCE and then tapered off to their current level of about 20 cm per year by about 2200 BCE. West invited Boston University geologist Dr. Robert Schoch to examine the Sphinx for evidence of water weathering. The two visited the monument in 1990 and again in 1991. On the second visit, Dr. Thomas Dobecki, a geophysicist, helped Schoch conduct soundings to determine whether the rock underneath the Sphinx enclosure had weathered. In his two 1992 articles (Robert M. Schoch, "Redating the Great Sphinx of Giza," KMT: A Modern Journal of Ancient Egypt, Vol. 3, No. 2 (Summer 1992), pp. 52-59, 66-70 and Thomas L. Dobecki and Robert M. Schoch, "Seismic Investigations in the Vicinity of the Great Sphinx of Giza, Egypt," Geoarchaeology, Vol. 7, No. 6 (1992), pp. 527-544), Schoch reported two groups of observations that suggested to him a late prehistoric date for the Sphinx. The Giza plateau contains a number of natural faults and fractures that occurred millions of years ago. On the Sphinx and its enclosure walls, many of these have widened into fissures that can easily be seen. Schoch argued that the fissuring visible on the Sphinx and its walls is the kind of weathering produced by rainfall or runoff. Although Nile river flooding reached the base of the Sphinx on occasion, flood levels were not normally high enough in ancient times to produce this weathering. Wind-blown sand, and geochemical deterioration caused by morning condensation on the rock surface, had also damaged the Sphinx. But the impaction patterns on the monument and its walls more strongly suggested to Schoch a long period of rainfall and runoff, such as occurred in the millennia from 10,000 to 3000 BCE. By themselves, these observations did not specify a date. However, subsurface data that Schoch had gathered with Dobecki revealed a discrepancy in the rock below the Sphinx enclosure floor. From this evidence Schoch inferred a datespan. Schoch and Dobecki sent sound waves through the floor and recorded the speed with which they bounced back. The rock under the front and sides of the Sphinx recorded slower velocities to a depth of 4-6 meters, with faster velocities below this depth. The rock in back recorded slower velocities 2-3 meters deep with faster velocities below. Differences in the rock might account for this discrepancy, but Schoch observed that the regions of slower velocities ran directly west-east and did not therefore follow the dip of the known rock layers. In unweathered rock, sound travels quickly, while in weathered rock its speed is slower. Schoch interpreted the differences in sound velocities to be the result of weathering. This interpreted weathering would have resulted, not from water damage, but from changes in the rock that occur with prolonged exposure to air (sand cover would not insulate the rock from these changes). Schoch took the back of the Sphinx enclosure to date from 2500 BCE, the traditional date of the Sphinx. The sides and front had to have been exposed at a much earlier time, then, in order to have weathered twice as deeply. Assuming a linear rate of weathering, Schoch concluded that the front and sides of the Sphinx dated to somewhere between 7000 and 4750 BCE (he rounded the latter year to 5000 BCE). Assuming a non-linear rate of weathering, in which weathering took longer to penetrate as the depth of rock increased, the Sphinx could have dated substantially earlier than 7000 BCE. Schoch ventured two further observations. First, he compared the weathering on the Sphinx to the weathering on the outside of the rock-cut tomb of Debehen, a few hundred yards outside the Sphinx enclosure. Schoch identified this tomb face with the same bedrock layer as the main body of the Sphinx. On the Sphinx, deep rounding of the rock could be seen, while the outside of Debehen's tomb showed a more jagged and angular profile that Schoch attributed to the effects of wind-blown sand. Second, the interior of the Khafra Valley Temple was faced with smooth granite. Schoch observed that some of the limestone core blocks were eroded behind these harder facing stones. If the core blocks had been eroded at the time of the facing, this would imply that the temples were constructed before the Old Kingdom. To Schoch, the facing stones appeared to have been form-fitted to already-eroded core blocks. In an appendix to the reissued 1993 edition of Serpent in the Sky: The High Wisdom of Ancient Egypt, West pointed out that the age of the facing stones on the Sphinx was a crucial uncertainty about the monument. If the earliest facing stones on the Sphinx dated from the Old Kingdom, the weathering of the Sphinx that Lehner and Gauri observed in 1979 would have had to predate 2500 BCE. West and Schoch did not focus their attention, however, on the age of the facing stones. They stressed instead the apparent anomalies indicated by their geological observations. Schoch and West defended their findings initially before two professional gatherings. At the October 1991 meeting of the Geological Society of America, the two conducted a "poster session" in which they sat at a table in a hall (with other scientists holding poster sessions of their own) and explained their work to interested GSA members who passed by. The response of the scientists who stopped at the West-Schoch table was encouraging, although no one formally endorsed their findings. At a meeting of the American Association for the Advancement of Science in February 1992, Schoch and Dobecki debated Lehner and Gauri before an audience of several hundred. Lehner pointed to the evidence linking the monument to the other structures at Giza associated with the Pharaoh Khafra (2520-2494 BCE) and he noted the absence of any other evidence of civilization or complex society in Egypt at the time of Schoch's estimated datespan of 5000-7000 BCE. In a 1993 hour-long television documentary, The Mystery of the Sphinx, broadcast on the American NBC Network on November 10, 1993, West and Schoch presented their evidence to an audience of about thirty million people. The program received an Emmy award for research and public controversy immediately began. Scholars began to respond in print to West and Schoch in a series of articles and books that appeared between 1994 and 1998. These criticisms dealt with two kinds of evidence, geological and archaeological. Scientific critics have proposed mechanisms other than rainfall to explain the weathering of the Sphinx. The monument weathered in somewhat different ways depending on whether it was exposed to the atmosphere or buried in sand. A geochemist, K. Lal Gauri, has argued that when exposed to the air, the monument deteriorated as a result of chemical effects associated with morning condensation on the rock. A geologist, James Harrell, has argued that when buried in sand, the same chemical effects occurred from contact with moisture absorbed into the sand from intermittent rainfall and occasional flooding. The scientists proposing these mechanisms believe them sufficient to explain the deterioration of the statue and its walls within the timeframe of the last 4500 years. Dr. James Harrell is a professor of geology at the University of Toledo, Ohio, USA. In this article, he acknowledges that rainfall could have produced the erosion features that Schoch observed. But Harrell argues that this erosion was more likely caused by wet sand in historic times. The Sphinx enclosure has been filled with sand for most of its known existence. In Harrell's view, this sandfill could have been wetted by intermittent rainfall and runoff from the Giza plateau. It could also have been wetted from the occasional Nile flooding that has occurred in historic times (or from capillary action in which flood water that did not reach the monument seeped upward). In Harrell's view, this wetness could have caused the kind of chemical weathering that Dr. K. Lal Gauri believed (see below) was the principal cause of erosion on the Sphinx. Dr. Gauri is on the faculty at the University of Louisville, Kentucky, USA. He and his colleagues argue that the principal mechanism of weathering on the Sphinx has been atmospheric condensation. There is some atmospheric moisture even in the arid environment at Giza. As morning dew condenses on and in rock pores, it dissolves natural salts present in the rock. As the water evaporates during the day, the salts crystallize (ie. expand). In larger pores, some space remains and the crystals do not press against the pore walls and weaken them. In small pores, however, the crystals press against pore walls and cause the surface rock to flake off. The main body of the Sphinx has more of these salts than the harder rock of the head. Gauri correlates the erosional profile of the Sphinx body to the relative distribution of larger and smaller pore sizes in sub-layers (gradients) of the rock. As part of Lehner's 1979 survey of the Sphinx, Gauri documented how sub-layers with smaller pore sizes alternate with those of larger pore size. The sub-layers of small-pore rock have weathered back more severely, creating the horizontal rolls across the Sphinx. Tectonism and other geological changes over millions of years caused fracturing and jointing of the bedrock. A deep fissure across the back of the Sphinx (known as the "Major Fissure") probably began as a fracture millions of years ago. The authors concede that rainfall could have widened exposed joints and fractures, but they also attribute this widening to fluctuations in the water table over millions of years. According to Gauri, the difference between rain and wind weathering that Schoch observed resulted from gradient differences in the rock. In rock that grades gradually between harder and softer sub-layers, smooth horizontal rounding occurs with weathering by either wind or rain, while in rock that grades sharply between hard and soft, the jaggedness that Schoch attributed to wind appears. Gauri believes that this is why the rock face of Debehen's tomb shows angularity and he notes that the tomb also shows roundedness along its top. Gauri agrees that Schoch's subsurface data could indicate a two-stage sequence of excavation but he notes that the readings do not in themselves give an absolute date. Archaeologists have defended the traditional date of the Sphinx by pointing to architectural evidence linking the monument and its temples to the rest of the Giza site. A more direct link to the Old Kingdom can be inferred from the leading authority on Giza, Dr. Zahi Hawass, who has argued that the oldest facing stones on the Sphinx dated from the Old Kingdom. Some of these Old Kingdom blocks protected portions of the core body from weathering. If these protected surfaces consist of unweathered rock of the same type that has weathered severely with exposure, then the Sphinx was no earlier than the age of the blocks that protected them. Zahi Hawass and Mark Lehner, "The Sphinx: Who Built It and Why?" Archaeology, Vol. 47, No. 5 (September/October 1994), pp. 30-41. Dr. Zahi Hawass is under-secretary of state and director-general of the Giza monuments. Dr. Mark Lehner was at the time a scholar with the Oriental Institute at the University of Chicago, Illinois, USA. In this article, the authors recount the accepted history of the Sphinx and some of the reasons for attributing it to Khafra. No literary evidence directly ties the Sphinx to Khafra but architectural evidence supports treating the Sphinx as part of the Khafra funerary complex. The Khafra Valley Temple is built into a causeway leading to the Khafra Pyramid, and the center court of the Sphinx Temple is nearly identical to the center court of the Khafra Mortuary Temple. The core blocks of the Sphinx Temple match some of the strata of bedrock in the Sphinx enclosure and show that the Temple was built as the enclosure was being excavated. It may be inferred that if other Khafra structures and the Sphinx Temple dated to the same time, then the excavation of the Sphinx itself dated to that time as well. Hawass and Lehner observe that the harder Member I limestone around the base of the Sphinx has not weathered appreciably and shows tool marks that the authors identify with the original builders (p. 33). The front paws also had claws carved into the harder Member I body rock. These markings appear to supersede Lehner's 1980 report finding no evidence of tool marks or signs of workmanship anywhere on the core body, unless Lehner meant in 1980 to refer only to the Member II layer of the body. But Hawass and Lehner are less clear about when the earliest stone facing blocks were applied. On one page (p. 37), they imply that the original body was finished with casing stone: "The bedrock surface is rough and uneven but against its surface there is an inner casing of large blocks of fine quality limestone, quarried from places like Turah, across the Nile Valley, which was used for finishes of stone buildings." But on the next page (p. 38), they observe: "Unless we get better exposures of the lower part of the core body, there is just not enough evidence to determine whether the 4th Dynasty builders began, or how far along they had progressed, filling in and building up with masonry the weak spots in the Sphinx." The authors prefer to date the oldest limestone facing blocks, which they consider the first repair campaign, to the New Kingdom. "Phase I filled in the body after the surface formed from Member II bedrock had eroded drastically into a profile of deep recesses and rounded protrusions." The Old Kingdom appearance of these earliest facing stones, which resemble the blocks lining the Khafra causeway, suggests to Lehner that the New Kingdom restorers used causeway blocks for the restoration (p. 41). In another article to appear in the same issue of Archaeology, Hawass and Lehner restate the arguments by Gauri against the West-Schoch hypothesis. They also assert that Debehen's tomb belongs to a different layer of bedrock than the Sphinx main body. Finally, they observe that the back wall of the Sphinx enclosure is as eroded as the side walls, which is inconsistent with Schoch's argument that the rear of the enclosure was excavated much later than the front and sides. Mark Lehner, "Notes and Photographs on the West-Schoch Sphinx Hypothesis," KMT: A Modern Journal of Ancient Egypt, Vol. 5, No. 3 (Fall 1994), pp. 40-48. In this follow-up article, Lehner argues that the core blocks and facing stone of the Khafra and Sphinx Temples were built concurrently, as was the custom in Old Kingdom architecture. Core blocks behind intact facing stone in the Khafra Valley temple appeared to Lehner to have been protected from erosion. The outward-sloping walls of the Sphinx enclosure cited by Schoch as evidence of erosion were in fact built with a slope, as less weathered portions at the southeastern end show. Lehner notes that the geologists referenced in Schoch's own sources are very cautious about dating rock. Zahi Hawass, The Secrets of the Sphinx: Restoration Past and Present (American University in Cairo Press, 1998), 34 pp. In his 1998 booklet, Dr. Hawass argues that the Sphinx was carved in the rough and that the oldest facing stones of better-quality Tura limestone were applied as part of the original monument and not as later repairs. The underlying rock was not suitable for fine modeling and was simply cut in a rough way and then faced with stone blocks. Only the head, neck, and beard were cut from the original rock and left exposed. "At the very base of the Sphinx," Dr. Hawass writes in his 1998 booklet (p. 10), "where we have been able to examine the mother rock closely, there are extremely large Tura-quality limestone blocks that cover the bedrock and form a casing. Since the hard part of the mother rock could not have weathered after the casing was applied, its rough surface underneath these large blocks must have been left as we see it by the original Sphinx builders." It is not clear that Hawass intended the remarks above to prove a point about the age of the Sphinx. The survival of unweathered stone behind intact core blocks argues for an Old Kingdom origin of the entire monument, though, if the facing stones can be dated to the Old Kingdom and if the protected surfaces belong to a quality of rock that has weathered with exposure over the last 4500 years. Proceeding with the argument of Dr. Hawass, weathering of the Sphinx since Old Kingdom times must then have occurred where the original facing stones fell away, as many of them did. Hawass rejects the idea that the facing stones were repair blocks stripped from the Khafra causeway, although he allows that New Kingdom restorers may have commissioned some new blocks cut in the Old Kingdom style (p. 26). In the remainder of his discussion, Dr. Hawass reiterates the arguments against an earlier Sphinx made in his 1994 articles with Lehner. On his website, Dr. Hawass describes the restoration history of the Sphinx, although he does not mention any unweathered portions. John Anthony West and Robert Schoch have responded to criticism, mainly in the form of letters to the editors of various magazines. Schoch has also written a short book, Voices of the Rocks (Harmony Books, 1999), that briefly recapitulates his arguments. West notes that the BBC Timewatch series, for a documentary broadcast in the United Kingdom on November 27, 1994, had an Egyptian geologist check the claim that Debehen's tomb is not the same rock as the Sphinx. The geologist observed that the tomb belongs to the same layer as the Sphinx body. The weathering of the Sphinx and Debehen's tomb should have been similar if they dated from the same time. Robert M. Schoch, Letter to the Editor, KMT: A Modern Journal of Ancient Egypt, Robert M. Schoch, Letter to the Editor, KMT: A Modern Journal of Ancient Egypt, Robert M. Schoch, Letter to the Editor, Archaeology, Robert M. Schoch, Voices of the Rocks: A Scientist Looks at Catastrophes & Ancient Civilizations, Schoch's letters and book may be summarized in relation to one general problem and several particular ones related to his rainfall hypothesis: The general problem is that we do not know the weathering rate of rock over time and this uncertainty makes estimating the age of weathered rock unavoidably speculative. Schoch contends, however, that different types of weathering can be identified on the Sphinx complex and correlated with periods of climate that can be dated approximately. The particular problems involve four issues of geology and four of archaeology. The geological issues are: Wet sand. The Sphinx has been buried in desert sand for much of its known existence and floodwater reached it on occasion. Most scholars believe, however, that Nile flood levels have not changed significantly since Old Kingdom times and that flood damage was only occasional. Schoch points out that if Nile floodwater was severe enough to weather the Sphinx directly, it would have undercut the monument, which does not show undercutting. Until recent decades, the water table was too far down to have wetted the sand from below. Rainfall and some floodwater could still have wetted the sand. The Member II body of the Sphinx becomes more durable as it rises. According to Harrell, the less durable lower strata therefore should have weathered more severely as a result of wet sand. Schoch notes that damage was greater to the more durable upper strata of the main body. This is more consistent with the physical action of rainfall than with the chemical effects Harrell and Gauri describe. Atmospheric condensation. Schoch acknowledges that all three types of weathering (rain, wind, and exfoliation by morning dew) are present on the Sphinx and its walls. But he maintains that atmospheric condensation is the least aggressive of the three types and is not adequate to explain the depth of weathering, particularly on the walls. Faults and fissures. Schoch points out that there is a difference between natural faulting in the bedrock and the opening up of these faults to create fissures. Faulting in the rock undoubtedly dates back millions of years. But he maintains that neither the rising and falling of water tables, nor any other sub-surface process taking millions of years, normally produces the kind of profile visible on the walls. This kind of profile is in his view normally associated with weathering by the physical action of surface water. Different gradients. In addition to the differences between layers, gradient differences within layers of rock affect weathering profiles. Although the horizontal rolls on the Sphinx reflect the varying durability of the sub-layers in the main body, the tendency of these sub-layers to get more durable as they rise should have produced a less weathered overall profile as the monument and walls rise. Instead, Schoch notes, the walls and body show a more deeply weathered profile in the upper part of the Member II limestone bed. The archaeological issues are: The sides and back. The 1993 "Mystery of the Sphinx" program implied that the slope of the enclosure walls was the result of erosion. This was an error in the program and in his published work Schoch did not maintain that this was the case. But he notes that the deeper fissuring and rounding of the rock toward the western end and not the eastern end actually strengthen the case for weathering as a result of rainwater runoff from the plateau. Responding to the apparent inconsistency between his two-stage dating and the eroded back wall of the Sphinx enclosure, Schoch agrees that the back and side walls are the same age. He argues instead that the back floor was not reduced to the level of the front until later. The platform at the foot of the western enclosure wall may be evidence of this. The problem of the facing stones. Schoch has not responded to the argument that the facing stones on the Sphinx body were part of the original Sphinx. He accepts an Old Kingdom date for them and assumes that they were repairs to a monument that had been carved much earlier. He maintains that some of the limestone core blocks in the two temples show erosion behind their facing stone. Integration of the Sphinx and Khafra Complex. The resemblance between the Sphinx Temple court and the Khafra Mortuary Temple court, and the other arguments for treating the Sphinx as part of the Khafra complex, do not in Schoch's view preclude the possibility of two stages in the construction of the Sphinx, the Sphinx temples, and also the Khafra Mortuary Temple. The eastern half of the Khafra Mortuary temple shows the kind of megalithic core block architecture of the Valley temple. Who Built the Sphinx? All of Schoch's critics ask where was the civilization that built a much earlier Sphinx. As worded, this question could be understood in two ways. The first is to assume that only an advanced civilization can build large monuments. Such a civilization is clearly absent from prehistoric Egypt. But the people of Neolithic Britain built Stonehenge without such a civilization. The second (and more restricted) way to ask the question is to ask whether there is any evidence of a Stonehenge-like culture in the vicinity of Giza. In the mid-1990s, archaeologists published evidence of a Neolithic culture at Nabta Playa, a site in what is now the southern part of the Egyptian Western Desert. Megalithic remains at Nabta Playa show that people in Egypt were building stone structures prior to 5000 BCE.[1] These remains bring a cultural context much closer to prehistoric Giza than the examples of Jericho and Catal Huyuk that Schoch had cited as context in his earlier publications.
Photo courtesy of J.Razniak, Copyright by World-Mysteries.com 
Plan after Lehner, 1991The Tuthmosis IV Dream Stele

He dreamt in his slumber at the moment when the sun was at the zenith, and it seemed to him as though this great god spoke to him with his own mouth, just as a father speaks to his son, addressing him thus:The Mystery of the Sphinx Revealed

Of what sort?
An ideal image of the soul, like the composite creations of ancient mythology, such as the Chimera or Scylla or Cerberus, and there are many others in which two or more different natures are said to grow into one.
There are said of have been such unions.
Then do you now model the form of a multitudinous, many-headed monster, having a ring of heads of all manner of beasts, tame and wild, which he is able to generate and metamorphose at will.
You suppose marvellous powers in the artist; but, as language is more pliable than wax or any similar substance, let there be such a model as you propose.
Suppose now that you make a second form as of a lion, and a third of a man, the second smaller than the first, and the third smaller than the second.
That, he said, is an easier task; and I have made them as you say.
And now join them, and let the three grow into one.
That has been accomplished.
Next fashion the outside of them into a single image, as of a man, so that he who is not able to look within, and sees only the outer hull, may believe the beast to be a single human creature. I have done so, he said.
And now, to him who maintains that it is profitable for the human creature to be unjust, and unprofitable to be just, let us reply that, if he be right, it is profitable for this creature to feast the multitudinous monster and strengthen the lion and the lion-like qualities, but to starve and weaken the man, who is consequently liable to be dragged about at the mercy of either of the other two; and he is not to attempt to familiarize or harmonize them with one another-- he ought rather to suffer them to fight and bite and devour one another."
DE DRACONE, QUAE EST AQUILA, SERPENS, SCORPION.
DE QUATTUOR VIRTUTIS
See now our Sphinx, with what Subtility and Art is She made Whole! Here is thy Light, the Lion, the Necessity of thy Nature, fortified by thy Life, the Bull, the Power of Works, and guided by thy Liberty, the Man, the Wit to adapt Action to Environment. These are three Virtues in One, necessary to all proper Motion, as I may say in a Figure, the Lust of the Archer, the propulsive Force of his Arm, and the equilibrating and directing Control of his Eye. Of these three if one fail, he Mark is not hit. But hold! Is not a Fourth Element essential in the Work? Yea, soothly, all were vain without he Engine, Arrow and Bow. This Engine is thy Body, possessed by thee and used by thee for thy Work, yet not Part of thee, even as are his Weapons to this Archer in my Similitude. Thus is thy Dragon to be cherished of thy Lion, but if thou lack Energy and Endurance of thy Bull, thy Tools lie idle, and if Cunning and Intelligence, with Experience also of thy Man, thy Shaft flieth crooked. So then, o my son, do thou perfect hyself in these Four Powers, and that with Equity.
DE LIBRA, IN QUA GUATTUOR VIRTUTES AEQUIPOLLENT.
DE PYRAMIDE.The Age of Sphinx Controversy


This image is based on information from David Jeffreys, Institute of Archeology, University College, London; Oriental Institute Computer Laboratory, University of Chicago and Archeological Graphic Services. NOTE: Vertical scale exaggerated to show ancient Nile river channel (on the left).
Redating the Sphinx: Criticisms
The Geology of the Sphinx
James A. Harrell, The Sphinx Controversy: Another Look at the Geological Evidence, KMT: A Modern Journal of Ancient Egypt, Vol. 5, No. 2 (Summer 1994), pp. 70-74; Vol. 5, No. 3 (Fall 1994), pp. 3-4.
K. Lal Gauri, John J. Sinai, and Jayanta K. Bandyopadhyay, "Geologic Weathering and Its Implications on the Age of the Sphinx,"Geoarchaeology, Vol. 10, No. 2 (April 1995), pp. 119-133.
The Archaeology of the Sphinx
Zahi Hawass and Mark Lehner Remnants of a Lost Civilization? Archaeology, Vol. 47, No. 5 (September/October 1994), pp. 44-47.Redating the Sphinx: Responses to Critics
Principally, West and Schoch maintain that their critics have identified alternative weathering mechanisms that are really complementary processes that do not explain key features, such as the vertical weathering profiles and where they are.
John Anthony West, Letter to the Editor, KMT: A Modern Journal of Ancient Egypt, Vol. 7, No. 1 (Spring 1996), pp. 3-6.
Vol. 5, No. 2 (Summer 1994), pp. 1-2. Response to Harrell.
Vol. 5, No. 3 (Fall 1994), pp. 4-5. Response to Harrell.
Vol.48, No. 1 (January-February 1995), pp. 10-12. Response to Hawass and Lehner.
(Harmony Books, New York, 1999) with Robert Aquinas McNally.
A Link between Mesopotamia and Americas?Some researchers reject the dogmatic idea that the New World was isolated prior to 1492. There is some compelling evidence that the ancient peoples from Mesopotamia may have crossed the Atlantic ages before Columbus. The images below represent very much the same religious symbolism. Also, please notice the object held by the deity (it looks the same). | |
External link: The Olmecs | ![]() |
Holding a cone or sponge in his right hand and a bucket in his left, this genie is performing a ritual involving the Assyrian sacred tree. The sacred tree was an extremely important symbol in the palace of Ashurnasirpal, appearing on reliefs in virtually every room of the palace. It was also used in textile patterns, on stamp and cylinder seals, and in ivory carvings. It represented both the king and Ashur, the chief god of Assyria, and was also a symbol of the fertility of the land.
Cylinder seal with the solar disk of Ashur, | |
Winged Eagle-Headed Being (Genie); Neo-Assyrian period, reign of Ashurnasirpal II (r. 883–859 B.C.)Mesopotamia; |
Alabaster relief from Nimroud, in the Louvre. Drawing, offering by the god, by Saint-Elme Gautier. In Egyptian mythology Horus, the son of Osiris, is shown as a hawk and a winged solar disk. |
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Mysterious AlignmentAnother puzzle is mysterious alignment of world's ancient sites. Easter Island is exactly aligned along a straight line around the center of the Earth, with the Nazca lines, Ollantaytambo and the Great Pyramid of Egypt. Other world wonders that are within one tenth of one degree of this alignment include: Perseopolis, the capital city of ancient Persia; Mohenjo Daro, the ancient capital city of the Indus Valley; the Oracle of Zeus-Amon at Siwa; and the lost city of Petra. The Ancient Sumarian city of Ur and Angkor temples in Cambodia and Thailand are within one degree of latitude of this alignment. The alignment of these sites is easily observable on a globe of the Earth with a horizon ring. If you line up any two of these sites on the horizon ring, all of the sites will be right on the horizon ring. 3-D world atlas software programs can also draw this line around the Earth. Start on the Equator, at the mouth of the Amazon River, at 48° 36' West Longitude; go to 30° 22' North Latitude, 41° 24' East Longitude, in the Middle East, which is the maximum latitude the line touches; then go to the Equator at 131° 24' East Longitude, near the Northwest tip of New Guinea; then to 30° 22' South Latitude, 138° 36' West Longitude, in the South Pacific; and then back to 48° 36' West Longitude, at the Equator.
The circumference of this line around the center of the Earth is 24,892 miles. Along this line, the great circle distance from the Great Pyramid to Ollantaytambo is 7,472 miles, 30.0% of the circumference. Ollantaytambo is 2,579 miles from Easter Island, 10.3%. Easter Island is 10,096 miles from Angkor Wat, 40.6%. Angkor Wat is 2,490 miles from Mohenjo Daro, 10.0%. Mohenjo Daro is 2255 miles from from the Great Pyramid, 9.1%. In addition to calculating the distances between these sites as a percentage of the circumference of the Earth, the distances may also be calculated in degrees of the 360° circumference, by multiplying the percentage by 3.6. For example, the Great Pyramid is 108° away from Ollantaytambo. Near Ollantaytambo, Machupicchu is within one quarter of a degree and Cuzco is within one third of a degree of the alignment. Read more: http://home.hiwaay.net/~jalison/index.html |
READ THIS INTERESTING BOOK ON STRANGE HISTORY...
NOW READ THIS INTERESTING BOOK ON THE WORLD AS IN THE VIEW OF PHYSICS
FIVE WEEKS IN A BALLOON.... AN EXCEPTIONALLY WONDERFUL PIECE OF WORK BY THE GREAT JULES VERNE
THE HISTORY OF INDIA
The history of India begins with evidence of human activity of Homo sapiens as long as 75,000 years ago, or with earlier hominids including Homo erectus from about 500,000 years ago. The Indus Valley Civilization, which spread and flourished in the northwestern part of the Indian subcontinent from c. 3300 to 1300 BCE, was the first major civilization in India. A sophisticated and technologically advanced urban culture developed in the Mature Harappan period, from 2600 to 1900 BCE. This Bronze Age civilization collapsed before the end of the second millennium BCE and was followed by the Iron Age Vedic Civilization, which extended over much of the Indo-Gangetic plain and which witnessed the rise of major polities known as the Mahajanapadas. In one of these kingdoms, Magadha, Mahavira andGautama Buddha were born in the 6th or 5th century BCE and propagated their śramanic philosophies. Almost all of the subcontinent was conquered by the Maurya Empire during the 4th and 3rd centuries BCE. It subsequently became fragmented, with various parts ruled by numerous Middle kingdoms for the next 1,500 years. This is known as the classical period of Indian history, during which India has sometimes been estimated to have had the largest economy of the ancient and medieval world, controlling between one third and one fourth of the world's wealth up to the 18th century. Much of northern and central India was once again united in the 4th century CE, and remained so for two centuries thereafter, under the Gupta Empire. This period, witnessing a Hindu religious and intellectual resurgence, is known among its admirers as the "Golden Age of India". During the same time, and for several centuries afterwards, southern India, under the rule of the Chalukyas, Cholas,Pallavas, and Pandyas, experienced its own golden age. During this period, aspects of Indian civilization, administration, culture, and religion (Hinduism and Buddhism) spread to much of Asia. The southern state of Kerala had maritime business links with the Roman Empire from around 77 CE. Islam was introduced in Kerala through this route by Muslim traders. Muslim rule in the subcontinent began in 712 CE when the Arab general Muhammad bin Qasim conquered Sindh and Multan in southern Punjab in modern day Pakistan,[1] setting the stage for several successive invasions from Central Asia between the 10th and 15th centuries CE, leading to the formation of Muslim empires in the Indian subcontinent such as the Delhi Sultanate and the Mughal Empire. Mughal rule came from Central Asia to cover most of the northern parts of the subcontinent. Mughal rulers introduced Central Asian art and architecture to India. In addition to the Mughals and variousRajput kingdoms, several independent Hindu states, such as the Vijayanagara Empire, the Maratha Empire, and the Ahom Kingdom, flourished contemporaneously in southern, western, and northeastern India respectively. The Mughal Empire suffered a gradual decline in the early 18th century, which provided opportunities for the Afghans, Balochis, Sikhs, and Marathas to exercise control over large areas in the northwest of the subcontinent until the British East India Company gained ascendancy over South Asia.[2] Beginning in the mid-18th century and over the next century, India was gradually annexed by the British East India Company. Dissatisfaction with Company rule led to the Indian Rebellion of 1857, after which India was directly administered by the British Crown and witnessed a period of both rapid development of infrastructure and economic decline. During the first half of the 20th century, a nationwide struggle for independence was launched by the Indian National Congress and later joined by the Muslim League. The subcontinent gained independence from the United Kingdom in 1947, after being partitioned into the dominions of India and Pakistan. Isolated remains of Homo erectus in Hathnora in the Narmada Valley in central India indicate that India might have been inhabited since at least the Middle Pleistocene era, somewhere between 500,000 and 200,000 years ago.[3][4] Recent finds in Tamil Nadu (at c. 75,000 years ago, before and after the explosion of the Toba volcano) indicate the presence of the first anatomically modern humans in the area. Tools crafted by proto-humans that have been dated back two million years have been discovered in the northwestern part of the subcontinent.[5][6] The ancient history of the region includes some of South Asia's oldest settlements[7] and some of its major civilizations.[8][9] The earliest archaeological site in the subcontinent is the palaeolithic hominid site in the Soan River valley.[10] Soanian sites are found in the Sivalik region across what are now India, Pakistan, and Nepal.[11] The Mesolithic period in the Indian subcontinent was followed by the Neolithic period, when more extensive settlement of the subcontinent occurred after the end of the last Ice Age approximately 12,000 years ago. The first confirmed semipermanent settlements appeared 9,000 years ago in the Bhimbetka rock shelters in modern Madhya Pradesh, India. Early Neolithic culture in South Asia is represented by the Mehrgarh findings (7000 BCE onwards) in present-day Balochistan, Pakistan.[12]Traces of a Neolithic culture have been alleged to be submerged in the Gulf of Khambat in India, radiocarbon dated to 7500 BCE.[13] However, the one dredged piece of wood in question was found in an area of strong ocean currents. Neolithic agriculture cultures sprang up in the Indus Valley region around 5000 BCE, in the lower Gangetic valley around 3000 BCE, and in later South India, spreading southwards and also northwards into Malwa around 1800 BCE. The first urban civilization of the region began with the Indus Valley Civilization.[14] The Bronze Age in the Indian subcontinent began around 3300 BCE with the early Indus Valley Civilization. It was centered on the Indus River and its tributaries which extended into the Ghaggar-Hakra River valley,[8] theGanges-Yamuna Doab,[15] Gujarat,[16] and southeasternAfghanistan.[17] The civilization is primarily located in modern-day India (Gujarat, Haryana, Punjab and Rajasthan provinces) and Pakistan (Sindh, Punjab, and Balochistan provinces). Historically part of Ancient India, it is one of the world's earliest urban civilizations, along with Mesopotamia andAncient Egypt.[18] Inhabitants of the ancient Indus river valley, the Harappans, developed new techniques in metallurgy and handicraft (carneol products, seal carving), and produced copper, bronze, lead, and tin. The Mature Indus civilization flourished from about 2600 to 1900 BCE, marking the beginning of the urban civilization on the subcontinent. The civilization included urban centers such as Dholavira, Kalibangan, Rupar, Rakhigarhi, and Lothal in modern-day India, and Harappa,Ganeriwala, and Mohenjo-daro in modern-day Pakistan. The civilization is noted for its cities built of brick, roadside drainage system, and multistoried houses. The Vedic period is characterized by Indo-Aryan culture associated with the texts of Vedas, sacred to Hindus, which were orally composed in Vedic Sanskrit. The Vedas are some of the oldest extant texts, next to those of Egypt and Mesopotamia. The Vedic period lasted from about 1500 to 500 BCE, laying the foundations of Hinduism and other cultural aspects of early Indian society. The Aryas established Vedic civilization all over north India, particularly in the Gangetic Plain. This period succeeded the prehistoric Late Harappan, during whichimmigrations of Indo-Aryan-speaking tribes overlaid the existing civilizations of local people whom they called Dasyus. Early Vedic society consisted of largely pastoral groups, with late Harappan urbanization having been abandoned.[19] After the time of the Rigveda, Aryan society became increasingly agricultural and was socially organized around the four varnas, or social classes. In addition to the Vedas, the principal texts of Hinduism, the core themes of the Sanskrit epics Ramayana and Mahabharata are said to have their ultimate origins during this period.[20] The early Indo-Aryan presence probably corresponds, in part, to the Ochre Coloured Pottery culture in archaeological contexts.[21] The Kuru kingdom[22] corresponds to the Black and Red Ware and Painted Grey Ware cultures and to the beginning of the Iron Age in northwestern India, around 1000 BCE, as well as with the composition of theAtharvaveda, the first Indian text to mention iron, as śyāma ayas, literally "black metal." The Painted Grey Ware culture spanned much of northern India from about 1100 to 600 BCE.[21] The Vedic Period also established republics such as Vaishali, which existed as early as the 6th century BCE and persisted in some areas until the 4th century CE. The later part of this period corresponds with an increasing movement away from the previous tribal system towards the establishment of kingdoms, called mahajanapadas. In the later Vedic Age, a number of small kingdoms or city states had covered the subcontinent, many mentioned in Vedic, early Buddhist and Jaina literature as far back as 1000 BCE. By 500 BCE, sixteen monarchies and "republics" known as the Mahajanapadas — Kasi, Kosala, Anga, Magadha, Vajji(or Vriji), Malla, Chedi, Vatsa (or Vamsa), Kuru, Panchala,Matsya (or Machcha), Surasena, Assaka, Avanti, Gandhara, and Kamboja — stretched across the Indo-Gangetic Plainfrom modern-day Afghanistan to Bengal and Maharastra. This period saw the second major rise of urbanism in India after theIndus Valley Civilization. Many smaller clans mentioned within early literature seem to have been present across the rest of the subcontinent. Some of these kings were hereditary; other states elected their rulers. The educated speech at that time was Sanskrit, while the languages of the general population of northern India are referred to as Prakrits. Many of the sixteen kingdoms had coalesced to four major ones by 500/400 BCE, by the time ofSiddhartha Gautama. These four were Vatsa, Avanti, Kosala, and Magadha.[23] Hindu rituals at that time were complicated and conducted by the priestly class. It is thought that theUpanishads, late Vedic texts dealing mainly with philosophy, were composed in the later Vedic Age and early in this period of the Mahajanapadas (from about 600 to 400 BCE). The Upanishads had a substantial effect on Indian philosophy and were contemporary with the development of Buddhism and Jainism, indicating a golden age of thought in this period. It is believed that in 537 BCE, that Siddhartha Gautama attained the state of "enlightenment" and became known as the "Buddha" - the enlightened one. Around the same time, Mahavira (the 24th Jain tirthankar according to Jains) propagated a similar theology that was to later become Jainism.[24] However, Jain orthodoxy believes it predates all known time. The Vedas are believed to have documented a few Jaintirthankars and an ascetic order similar to the sramana movement.[25] The Buddha's teachings and Jainism had doctrines inclined toward asceticism, and they were preached in Prakrit, which helped them gain acceptance amongst the masses. They have profoundly influenced practices that Hinduism and Indian spiritual orders are associated with, including vegetarianism, prohibition of animal slaughter and ahimsa (non-violence). While the geographic impact of Jainism was limited to India, Buddhist nuns and monks eventually spread the teachings of Buddha to Central Asia, East Asia, Tibet, Sri Lanka and Southeast Asia. Much of the northwestern subcontinent (present-day eastern Afghanistan and Pakistan) came under the rule of the Persian Achaemenid Empire in c. 520 BCE, during the reign of Darius the Great, and remained so for two centuries.[26] In 326 BCE, Alexander the Great conquered Asia Minor and the Achaemenid Empire, reaching the northwest frontiers of the Indian subcontinent. There he defeated King Porus in the Battle of the Hydaspes (near modern-day Jhelum, Pakistan) and conquered much of the Punjab.[27] Alexander's march east put him in confrontation with the Nanda Empire of Magadha and the Gangaridai Empire of Bengal. His army, exhausted and frightened by the prospect of facing larger Indian armies at the Ganges River, mutinied at the Hyphasis (modern Beas River) and refused to march further East. Alexander, after the meeting with his officer, Coenus, was convinced that it was better to return. The Persian and Greek invasions had important repercussions on Indian civilization. The political systems of the Persians were to influence future forms of governance on the subcontinent, including the administration of the Mauryan dynasty. In addition, the region of Gandhara, or present-day eastern Afghanistan and northwest Pakistan, became a melting pot of Indian, Persian, Central Asian, and Greek cultures and gave rise to a hybrid culture, Greco-Buddhism, which lasted until the 5th century CE and influenced the artistic development of Mahayana Buddhism. The Maurya Empire (322–185 BCE), ruled by the Mauryan dynasty, was a geographically extensive and powerful political and military empire in ancient India. The empire was established by Chandragupta Maurya in Magadha what is now Bihar and it further flourished under Ashoka the Great. At its greatest extent, it stretched to the north to the natural boundaries of the Himalayas and to the east into what is now Assam. To the west, it reached beyond modern Pakistan, annexing Balochistan and much of what is now Afghanistan, including the modern Heratand Kandahar provinces. The empire was expanded into India's central and southern regions by the emperors Chandragupta and Bindusara, but it excluded extensive unexplored tribal and forested regions near Kalinga which were subsequently taken by Ashoka. Ashoka propagatedBuddhism and established many Buddhist monuments. Chandragupta's minister Chanakya wrote the Arthashastra, one of the greatest treatises on economics, politics, foreign affairs, administration, military arts, war, and religion produced in Asia. Archaeologically, the period of Mauryan rule in South Asia falls into the era ofNorthern Black Polished Ware (NBPW). The Arthashastra and the Edicts of Ashoka are primary written records of the Mauryan times. TheLion Capital of Asoka at Sarnath, is the national emblem of India. The middle period was a time of notable cultural development. The Satavahana dynasty, also known as the Andhras, ruled in southern and central India after around 230 BCE. Satakarni, the sixth ruler of the Satvahana dynasty, defeated the Sunga Empire of north India. Afterwards,Kharavela, the warrior king of Kalinga,[28] ruled a vast empire and was responsible for the propagation of Jainism in the Indian subcontinent.[28] The Kharavelan Jain empire included a formidable maritime empire with trading routes linking it to Sri Lanka, Burma,Thailand, Vietnam, Cambodia, Borneo, Bali, Sumatra, and Java. Colonists from Kalinga settled in Sri Lanka, Burma, as well as the Maldivesand the Malay Archipelago. The Kuninda Kingdom was a small Himalayan state that survived from around the 2nd century BCE to roughly the 3rd century CE. The Kushanas migrated from Central Asia into northwestern India in the middle of the 1st century CE and founded an empire that eventually stretched from Tajikistan to the middle Ganges. The Western Satraps (35-405 CE) were Saka rulers of the western and central part of India. They were the successors of the Indo-Scythians and contemporaries of the Kushans who ruled the northern part of the Indian subcontinent and the Satavahana (Andhra) who ruled in central and southern India. Different dynasties such as the Pandyans, Cholas, Cheras, Kadambas, Western Gangas, Pallavas, and Chalukyas, dominated the southern part of the Indian peninsula at different periods of time. Several southern kingdoms formed overseas empires that stretched into Southeast Asia. The kingdoms warred with each other and the Deccan states for domination of the south. The Kalabras, a Buddhist dynasty, briefly interrupted the usual domination of the Cholas, Cheras, and Pandyas in the south. The northwestern hybrid cultures of the subcontinent included the Indo-Greeks, the Indo-Scythians, the Indo-Parthians, and the Indo-Sassinids. The first of these, the Indo-Greek kingdom Kingdom, was founded when theGreco-Bactrian king Demetrius invaded the region in 180 BCE, extending his rule over various parts of present-day Afghanistan and Pakistan. Lasting for almost two centuries, the kingdom was ruled by a succession of more than 30 Greek kings, who were often in conflict with each other. The Indo-Scythians were a branch of the Indo-EuropeanSakas (Scythians) who migrated from southern Siberia, first into Bactria, subsequently into Sogdiana, Kashmir,Arachosia, and Gandhara, and finally into India. Their kingdom lasted from the middle of the 2nd century BCE to the 1st century BCE. Yet another kingdom, the Indo-Parthians (also known as the Pahlavas), came to control most of present-day Afghanistan and northern Pakistan, after fighting many local rulers such as the Kushan ruler Kujula Kadphises, in the Gandhara region. The Sassanid empire of Persia, who was contemporaneous with the Gupta Empire, expanded into the region of present-day Balochistan in Pakistan, where the mingling of Indian culture and the culture of Iran gave birth to a hybrid culture under the Indo-Sassanids. Roman trade with India started around 1 CE, during the reign of Augustus and following his conquest of Egypt, which had been India's biggest trade partner in the West. The trade started by Eudoxus of Cyzicus in 130 BCE kept increasing, and according to Strabo (II.5.12.[29]), by the time of Augustus, up to 120 ships set sail every year from Myos Hormos on the Red Sea to India. So much gold was used for this trade, and apparently recycled by the Kushans for their own coinage, that Pliny the Elder (NH VI.101) complained about the drain of specie to India: These trade routes and harbour are described in detail in the 1st century CE Periplus of the Erythraean Sea. The Classical Age refers to the period when much of the Indian subcontinent was reunited under the Gupta Empire (ca. 320–550 CE).[31][32] This period has been called the Golden Age of India[33]and was marked by extensive achievements in science, technology, engineering, art, dialectic,literature, logic, mathematics, astronomy, religion, and philosophy that crystallized the elements of what is generally known as Hindu culture.[34] The decimal numeral system, including the concept of zero, was invented in India during this period.[35] The peace and prosperity created under leadership of Guptas enabled the pursuit of scientific and artistic endeavors in India.[36] The high points of this cultural creativity are magnificent architecture, sculpture, and painting.[37]The Gupta period produced scholars such as Kalidasa, Aryabhata, Varahamihira, Vishnu Sharma, and Vatsyayana who made great advancements in many academic fields.[38] Science and political administration reached new heights during the Gupta era. Strong trade ties also made the region an important cultural center and established it as a base that would influence nearby kingdoms and regions in Burma, Sri Lanka, the Malay Archipelago, and Indochina. The Gupta period marked a watershed of Indian culture: the Guptas performed Vedic sacrifices to legitimize their rule, but they also patronized Buddhism, which continued to provide an alternative to Brahmanical orthodoxy. The military exploits of the first three rulers—Chandragupta I (ca. 319–335), Samudragupta (ca. 335–376), and Chandragupta II (ca. 376–415) —brought much of India under their leadership.[39] They successfully resisted the northwestern kingdoms until the arrival of the Hunas, who established themselves in Afghanistan by the first half of the 5th century, with their capital at Bamiyan.[40] However, much of the Deccan and southern India were largely unaffected by these events in the north.[41][42] The "Classical Age" in India began with the Gupta Empire and the resurgence of the north during Harsha's conquests around the 7th century CE, and ended with the fall of theVijayanagara Empire in the south in the 13th century, due to pressure from the invaders to the north. This period produced some of India's finest art, considered the epitome of classical development, and the development of the main spiritual and philosophical systems which continued to be in Hinduism, Buddhism and Jainism. King Harsha of Kannauj succeeded in reuniting northern India during his reign in the 7th century, after the collapse of the Gupta dynasty. His kingdom collapsed after his death. From the 7th to the 9th century, three dynasties contested for control of northern India: theGurjara Pratiharas of Malwa, the Palas of Bengal, and the Rashtrakutas of the Deccan. TheSena dynasty would later assume control of the Pala Empire, and the Gurjara Pratiharas fragmented into various states. These were the first of the Rajput states, a series of kingdoms which managed to survive in some form for almost a millennium, until Indian independence from the British. The first recorded Rajput kingdoms emerged in Rajasthan in the 6th century, and small Rajput dynasties later ruled much of northern India. OneGurjar[43][44] Rajput of the Chauhan clan, Prithvi Raj Chauhan, was known for bloody conflicts against the advancing Islamic sultanates. The Shahi dynasty ruled portions of eastern Afghanistan, northern Pakistan, and Kashmir from the mid-7th century to the early 11th century. The Chalukya dynasty ruled parts of southern and central India from Badami in Karnataka between 550 and 750, and then again from Kalyanibetween 970 and 1190. The Pallavas of Kanchipuram were their contemporaries further to the south. With the decline of the Chalukya empire, their feudatories, the Hoysalas of Halebidu, Kakatiyas of Warangal, Seuna Yadavas of Devagiri, and a southern branch of the Kalachuri, divided the vast Chalukya empire amongst themselves around the middle of 12th century. The Chola Empire at its peak covered much of the Indian subcontinent and Southeast Asia. Rajaraja Chola I conquered all of peninsular south India and parts of Sri Lanka. Rajendra Chola I's navies went even further, occupying coasts from Burma (now Myanmar) to Vietnam,[45] theAndaman and Nicobar Islands, the Lakshadweep (Laccadive) islands, Sumatra, and the Malay Peninsula in Southeast Asia and the Pegu islands. Later during the middle period, the Pandyan Empire emerged in Tamil Nadu, as well as the Chera Empire in Kerala. By 1343, all these dynasties had ceased to exist, giving rise to the Vijayanagar empire. The ports of south India were engaged in the Indian Ocean trade, chiefly involving spices, with the Roman Empire to the west and Southeast Asia to the east.[46][47] Literature in local vernaculars and spectacular architecture flourished until about the beginning of the 14th century, when southern expeditions of the sultan of Delhi took their toll on these kingdoms. The Hindu Vijayanagar dynasty came into conflict with the Islamic Bahmani Sultanate, and the clashing of the two systems caused a mingling of the indigenous and foreign cultures that left lasting cultural influences on each other. The Vijaynagar Empire eventually declined due to pressure from the first Delhi sultanates that had managed to establish themselves in the north around the city of Delhi by that time. After conquering Persia, the Islamic Caliphate incorporated parts of what is now Pakistan around 720 CE. The Muslim rulers were keen to invade India,[48] which was a rich region,[49]with a flourishing international trade and the only known diamond mines in the world. After several wars over three centuries between various north Indian kingdoms and the Caliphate, short-lived Islamic kingdoms (sultanates) were established across the northern subcontinent over a period of a few centuries. Additionally, Muslim trading communities had flourished throughout coastal south India, particularly in Kerala, where Muslim traders arrived in small numbers, mainly from the Arabian peninsula. This had marked the introduction of a thirdAbrahamic Middle Eastern religion, following Judaism and Christianity, often in puritanical form. Later, the Bahmani Sultanate and Deccan sultanates flourished in the south. In the 12th and 13th centuries, Turks and Afghans invaded parts of northern India and established theDelhi Sultanate in the former Rajput holdings.[50] The subsequent Slave dynasty of Delhi managed to conquer large areas of northern India, approximately equal in extent to the ancient Gupta Empire, while the Khilji dynasty was also able to conquer most of central India, but were ultimately unsuccessful in conquering and uniting the subcontinent. The Sultanate ushered in a period of Indian cultural renaissance. The resulting "Indo-Muslim" fusion of cultures left lasting syncretic monuments in architecture, music, literature, religion, and clothing. It is surmised that the language of Urdu(literally meaning "horde" or "camp" in various Turkic dialects) was born during the Delhi Sultanate period as a result of the intermingling of the local speakers of Sanskritic Prakrits with immigrants speaking Persian, Turkic, and Arabic under the Muslim rulers. The Delhi Sultanate is the only Indo-Islamic empire to have enthroned one of the few female rulers in India, Razia Sultana (1236–1240). A Turco-Mongol conqueror in Central Asia, Timur (Tamerlane), attacked the reigning Sultan Nasir-u Din Mehmud of the Tughlaq Dynasty in the north Indian city of Delhi.[51] The Sultan's army was defeated on December 17, 1398. Timur entered Delhi and the city was sacked, destroyed, and left in ruins, after Timur's army had killed and plundered for three days and nights. He ordered the whole city to be sacked except for the sayyids, scholars, and the other Muslims,; 100,000 war prisoners, mostly Hindus, were put to death in one day.[52] In 1526, Babur, a Timurid descendant of Timur andGenghis Khan from Fergana Valley(modern dayUzbekistan), swept across the Khyber Pass and established the Mughal Empire, covering modern dayAfghanistan, Pakistan, India and Bangladesh.[53]However, his son Humayun was defeated by the Afghan warrior Sher Shah Suri in the year 1540, and Humayun was forced to retreat to Kabul. After Sher Shah's death, his son Islam Shah Suri and the Hindu king Samrat Hem Chandra Vikramaditya, who had won 22 battles from Punjab to Bengal and had established a secular Hindu Raj, ruled North India from Delhi till 1556, whenAkbar's forces defeated and killed Hemu in the Second Battle of Panipat on 6 November 1556. The Mughal dynasty ruled most of the Indian subcontinent by 1600; it went into a slow decline after 1707 and was finally defeated during the Indian Rebellion of 1857, also called the 1857 War of Independence. This period marked vast social change in the subcontinent as the Hindu majority were ruled over by the Mughal emperors, most of whom showed religious tolerance, liberally patronising Hindu culture. The famous emperor Akbar, who was the grandson of Babar, tried to establish a good relationship with the Hindus. However, later emperors such as Aurangazeb tried to establish complete Muslim dominance, and as a result several historical temples were destroyed during this period and taxes imposed on non-Muslims. During the decline of the Mughal Empire, several smaller states rose to fill the power vacuum and themselves were contributing factors to the decline. In 1739, Nader Shah, emperor of Iran, defeated the Mughal army at the huge Battle of Karnal. After this victory, Nader captured and sacked Delhi, carrying away many treasures, including the Peacock Throne.[54] The Mughals were perhaps the richest single dynasty to have ever existed. During the Mughal era, the dominant political forces consisted of the Mughal Empire and its tributaries and, later on, the rising successor states - including the Maratha confederacy - which fought an increasingly weak Mughal dynasty. The Mughals, while often employing brutal tactics to subjugate their empire, had a policy of integration with Indian culture, which is what made them successful where the short-lived Sultanates of Delhi had failed. Akbar the Great was particularly famed for this. Akbar declared "Amari" or non-killing of animals in the holy days of Jainism. He rolled back the jizya tax for non-Muslims. The Mughal emperors married local royalty, allied themselves with local maharajas, and attempted to fuse their Turko-Persian culture with ancient Indian styles, creating a unique Indo-Saracenic architecture. It was the erosion of this tradition coupled with increased brutality and centralization that played a large part in the dynasty's downfall after Aurangzeb, who unlike previous emperors, imposed relatively non-pluralistic policies on the general population, which often inflamed the majority Hindu population. The post-Mughal era was dominated by the rise of the Maratha suzerainty as other small regional states (mostly late Mughal tributary states) emerged, and also by the increasing activities of European powers (see colonial era below). The Maratha kingdom or confederacy was founded and consolidated by Shivaji. By the 18th century, it had transformed itself into the Maratha Empire under the rule of the peshwas(prime ministers). By 1760, the domain of the Marathas stretched across practically the entire subcontinent. This expansion was brought to an end by the defeat of the Marathas by an Afghan army led by Ahmad Shah Durrani at the Third Battle of Panipat (1761). The last peshwa,Baji Rao II, was defeated by the British in the Third Anglo-Maratha War. The Kingdom of Mysore in southern India was founded around 1400 CE by the Wodeyar dynasty. The rule of the Wodeyars was interrupted by Hyder Ali and his son Tipu Sultan. Under their rule, Mysore fought a series of wars sometimes against the combined forces of the British and Marathas, but mostly against the British, with Mysore receiving some aid or promise of aid from the French. Hyderabad was founded by the Qutb Shahi dynasty of Golconda in 1591. Following a brief Mughal rule, Asif Jah, a Mughal official, seized control of Hyderabad and declared himself Nizam-al-Mulk of Hyderabad in 1724. It was ruled by a hereditary Nizam from 1724 until 1948. Both Mysore and Hyderabad became princely states in British India. The Punjabi kingdom, ruled by members of the Sikh religion, was a political entity that governed the region of modern-day Punjab. This was among the last areas of the subcontinent to be conquered by the British. The first and second Anglo-Sikh war marked the downfall of the Sikh Empire. Around the 18th century, the modern state of Nepal was formed by Gurkha rulers. Vasco da Gama's maritime success to discover for Europeans a new sea route to India in 1498 paved the way for direct Indo-European commerce.[55] The Portuguese soon set up trading-posts in Goa, Daman, Diu and Bombay. The next to arrive were the Dutch, the British—who set up a trading-post in the west-coast port of Surat[56] in 1619—and the French. The internal conflicts among Indian Kingdoms gave opportunities to the European traders to gradually establish political influence and appropriate lands. Although these continental European powers were to control various coastal regions of southern and eastern India during the ensuing century, they would eventually lose all their territories in India to the British islanders, with the exception of the French outposts of Pondicherry and Chandernagore, the Dutch port ofTravancore, and the Portuguese colonies of Goa, Daman, and Diu. The British East India Company had been given permission by the Mughal emperor Jahangir in 1617 to trade in India.[57] Gradually their increasing influence led the de-jure Mughal emperor Farrukh Siyar to grant them dastaks or permits for duty free trade in Bengal in 1717.[58] The Nawab of Bengal Siraj Ud Daulah, the de facto ruler of the Bengal province, opposed British attempts to use these permits. This led to the Battle of Plassey in 1757, in which the 'army' of East India Company, led byRobert Clive, defeated the Nawab's forces. This was the first political foothold with territorial implications that the British acquired in India. Clive was appointed by the Company as its first 'Governor of Bengal' in 1757.[59] This was combined with British victories over the French at Madras, Wandiwash and Pondicherry that, along with wider British successes during the Seven Years War, reduced French influence in India. After the Battle of Buxar in 1764, the Company acquired the civil rights of administration in Bengal from the Mughal Emperor Shah Alam II; it marked the beginning of its formal rule, which was to engulf eventually most of India and extinguish the Moghul rule and dynasty itself in a century.[60] The East India Company monopolized the trade of Bengal. They introduced a land taxation system called the Permanent Settlement which introduced a feudal-like structure (SeeZamindar) in Bengal. By the 1850s, the East India Company controlled most of the Indian sub-continent, which included present-day Pakistan and Bangladesh. Their policy was sometimes summed up as Divide and Rule, taking advantage of the enmity festering between various princely states and social and religious groups. The first major movement against the British Company's high handed rule resulted in the Indian Rebellion of 1857, also known as the "Indian Mutiny" or "Sepoy Mutiny" or the "First War of Independence". After a year of turmoil, and reinforcement of the East India Company's troops with British soldiers, the Company overcame the rebellion. The nominal leader of the uprising, the last Mughal emperor Bahadur Shah Zafar, was exiled to Burma, his children were beheaded and the Moghul line abolished. In the aftermath all power was transferred from the East India Company to the British Crown, which began to administer most of India as a colony; the Company's lands were controlled directly and the rest through the rulers of what it called the Princely states. There were 565 princely states when the Indian subcontinent gained independence from Britain in August 1947.[61] During the British Raj, famines in India, often attributed to failed government policies, were some of the worst ever recorded, including theGreat Famine of 1876–78, in which 6.1 million to 10.3 million people died[62] and the Indian famine of 1899–1900, in which 1.25 to 10 million people died.[62] The Third Plague Pandemic started in China in the middle of the 19th century, spreading plague to all inhabited continents and killing 10 million people in India alone.[63] Despite persistent diseases and famines, however, the population of the Indian subcontinent, which stood at about 125 million in 1750, had reached 389 million by 1941.[64] The physical presence of the British in India was not significant. Yet the British were able to rule two-thirds of the subcontinent directly, and exercise considerable leverage over the Princely States that accounted for the remaining one-third. The British employed "Divide and Rule" in British India as a means of preventing an uprising against the Raj.[65] In this environment of Hindu-Muslim disunity, the first step toward Indian independence and western-style democracy was taken with the appointment of Indian councilors to advise the British viceroy,[66] and with the establishment of provincial Councils with Indian members; the councillors' participation was subsequently widened in legislative councils.[67] From 1920 leaders such as Mohandas Karamchand Gandhi began highly popular mass movements to campaign against the British Raj, using largely peaceful methods. Some other revolutionaries adopted militant approach; revolutionary activities against the British rule took place throughout the Indian sub-continent. The profound impact Gandhi had on India and his ability to gain independence through a totally non-violent mass movement made him lead by example, wearing a minimum of homespun clothes to weaken the British textile industry and orchestrating a march to the sea, where demonstrators proceeded to make their own salt in protest against the British monopoly. Indians gave him the name Mahatma, or Great Soul, first suggested by the Bengali poet Rabindranath Tagore. Subash Chandra Bose, a great freedom fighter, had organised a formidable army to fight against the British rule. Bhagat Singh was another Indian freedom fighter, considered to be one of the most influential revolutionaries of the Indian independence movement; he is often referred to as Shaheed Bhagat Singh (the word shaheed means "martyr"). These movements succeeded in bringing Independence to the Indian sub-continent in 1947. One year later, Gandhi was assassinated. However, he did live long enough to free his homeland and is thus recognised as the father of his nation. Along with the desire for independence, tensions between Hindus and Muslims had also been developing over the years. The Muslims had always been a minority, and the prospect of an exclusively Hindu government made them wary of independence; they were as inclined to mistrust Hindu rule as they were to resist the foreign Raj, although Gandhi called for unity between the two groups in an astonishing display of leadership. The British, extremely weakened by the World War II, promised that they would leave and participated in the formation of an interim government. The British Indian territories gained independence in 1947, after being partitioned into the Union of India and Dominion of Pakistan. Following the controversial division of pre-partition Punjab and Bengal, rioting broke out between Sikhs, Hindus and Muslims in these provinces and spread to several other parts of India, leaving some 500,000 dead.[68] Also, this period saw one of the largest mass migrations ever recorded in modern history, with a total of 12 million Hindus, Sikhs and Muslims moving between the newly created nations of India and Pakistan (which gained independence on 15 and 14 August 1947 respectively).[68] In 1971, Bangladesh, formerly East Pakistan and East Bengal, seceded from Pakistan. The histories of each of these modern nations can be found on the respective pages shown above.Contents
[hide]Pre-Historic era
Stone Age
Bronze Age
Early historic period
Vedic period
Mahajanapadas
Persian and Greek conquests
Maurya Empire
Early Middle Kingdoms — The Golden Age
Northwestern hybrid cultures
Roman trade with India
Gupta rule
Late Middle Kingdoms — The Classical Age
The Islamic Sultanates
Delhi Sultanate
The Mughal era
Post-Mughal period
Colonial era
The British Raj
The Indian Independence movement
Independence and Partition
INDIAN FREEDOM FIGHTERS ..........
1)F
| Mangal Pandey | |
|---|---|
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| Born | c. 19 July 1827 Nagwa, Ballia, Awadh |
| Died | 8 April 1857 Barrackpore, Calcutta, India |
Mangal Pandey (c. 19 July 1827 – 8 April 1857) (Hindi: मंगल पांडे) was a sepoy (soldier) in the 34th Regiment of the Bengal Native Infantry (BNI) of the English East India Company. He is widely seen in India as one of its first freedom fighters. The Indian government has issued postage stamps commemorating him as freedom fighter and his life and actions have been adapted to the silver screen.
Contents[hide] |
Mangal Pandey was born on 19 July 1827 in the village of Nagwa in district of Ballia (Uttar Pradesh), at that time administrative headquarter ofGhazipur in a [Bhumihar Brahmin] family[1] of Ghazipur division.[2] He joined the English East India Company's forces in 1849 at the age of 22. Pandey was part of the 5th Company of the 34th Bengal Native Infantry and is primarily known for attacking officers of that regiment in an incident that was the first act of what came to be known as the Sepoy Mutiny of 1857 or the First War of Indian Independence. It is said that Mangal Pandey was a devout Hindu and that he practiced his religion diligently.he was a soldier and wanted to save the country from britishers.
At Barrackpore on March 29, 1857, in the afternoon, Lieutenant Baugh, Adjutant of the 34th Bengal Native Infantry (BNI), was informed that several men of his regiment were in an excited state. Further, it was reported to him that one of them, Mangal Pandey, was pacing in front of the regiment's guard room by the parade ground, armed with a loaded musket, calling upon the men to rebel and threatening to shoot the first European he set his eyes on. Baugh immediately buckled on his sword, placed loaded pistols in his holsters, mounted his horse, and galloped to the lines. Pandey, who heard the hoof-beat of the approaching horse, took position behind the station gun, which was in front of the quarter-guard of the 34th, took aim at Baugh and fired. He missed Baugh, but the bullet struck his horse in the flank, and both horse and rider were brought down.[3] Baugh quickly disentangled himself, and, seizing one of his pistols, advanced towards Pandey and fired. He missed. Before Baugh could draw his sword, Pandey attacked him with a talwar (an Indian heavy sword) and closing with the adjutant, slashed him on the shoulder and neck and brought him to the ground. It was then that another sepoy, Shaikh Paltu, intervened and tried to restrain Pandey even as he tried to reload his musket.[3]
The English Sergeant-Major, Hewson, had arrived on the ground, summoned by a native officer, prior to Baugh. He had ordered the jemadar in command of the quarter-guard to arrest Mangal Pandey. To this, the jemadar expostulated that he could not take Pandey on alone. At this, Hewson ordered him to fall in his guard with loaded weapons. In the meantime, Baugh had arrived on the field shouting 'Where is he? Where is he?' Hewson called out to Baugh, 'Ride to the right, Sir, for your life. The sepoy will fire at you!' [4] At that point Pandey fired, with the consequences outlined in the last paragraph.
Hewson had charged towards Pandey as he was fighting with Lieutenant Baugh. He then locked in combat with Pandey and was knocked to the ground from behind by a blow from Pandey's musket. The sound of the firing had brought other sepoys from the barracks; they remained mute spectators. At this juncture, Shaikh Paltu, while trying to defend the two Englishmen called upon the other sepoys to assist him.[3]Assailed by other sepoys, who threw stones and shoes at his back, he called on the guard to help him hold Pandey, but they threatened to shoot him if he did not let go of Pandey.[4]
On the order of the Jemadar in command of the quarter-guard, a man called Ishwari Prasad, the sepoys advanced and struck at the two prostrate officers. They then threatened Shaikh Paltu and ordered him to release Pandey, whom he had been vainly trying to hold back. However, Paltu continued to hold Pandey until Baugh and the sergeant-major had had time to rise.[3] Himself wounded by now, Paltu was obliged to loosen his grip. He backed away in one direction and Baugh and Hewson in another, while being struck with the butt ends of the guards' muskets.
In the meantime, report of the incident had been carried to the commanding officer General Hearsey, who then galloped to the ground with his two sons. Taking in the scene, he rode up to the guard, drew his pistol and ordered them to do their duty by seizing Mangal Pandey. The General threatened to shoot the first man that disobeyed. The men of the guard fell in, and followed Hearsey towards Pandey. Pandey then put the muzzle of the musket to his breast and discharged it by pressing the trigger with his foot. He collapsed bleeding and with his regimental jacket on fire but not mortally wounded.[3][4].
Pandey recovered and was brought to trial less than a week later. When asked whether he had been under the influence of any substances, he admitted to having used bhang (cannabis) and opium of late[5]. He was sentenced to death by hanging along with the Jemadar. His execution was scheduled for April 18, but was carried out ten days prior to that date. The Jemadar Ishwari Prasad was also executed by hanging, on April 21.[3]
The 34th BNI Regiment was disbanded "with disgrace" on May 6 as a collective punishment, after an investigation by the Government, for failing to perform their duty in restraining a mutinous soldier and protecting their officer. This came after a period of six weeks in the course of which, petitions for leniency were examined in Calcutta. Shaikh Paltu was promoted on the spot to the post of Havaldar (native sergeant) by General Hearsey, for his conduct during the incident[3].
The Indian historian Surendra Nath Sen notes that the 34th B.N.I. had had a good recent record and that the Court of Enquiry had not found any evidence of a connection with unrest at Berhampur involving the 19th BNI four weeks before (see below). However Mangal Pandey's actions and the failure of the armed and on duty sepoys of the quarter-guard to take action convinced the British military authorities that the whole regiment was unreliable. It appeared that Pandey had acted without first taking other sepoys into his confidence but that antipathy towards their British officers within the regiment had led most of those present to act as spectators rather than obeying orders[6].
The primary motivation behind Mangal Pandey's behaviour is attributed to a new type of bullet cartridge used in the Enfield P-53 rifle which was to be introduced in the Bengal Army that year.
The cartridge was rumoured to have been greased with animal fat, primarily from pigs and cows, which could not be consumed by Muslimsand Hindus respectively (the former being abhorrent to Muslims and the latter a holy animal of the Hindus).[7] The cartridges had to be bitten at one end prior to use.[8] The Indian troops were of the opinion that this was an intentional act of the British, with the aim of defiling their religions.
Commandant Wheeler of the 34th BNI was known as a zealous Christian preacher, and this may also have impacted the Company's behaviour. The wife of Captain William Halliday of 56th BNI had the Bible printed in Urdu and Nagri and distributed among the sepoys, thus raising suspicions amongst them that the British were intent on converting them to Christianity.[9]
Also, the 19th and 34th Bengal Native Infantry were stationed at Lucknow during the time of annexation of Oudh because of alleged misgovernment by the Nawab, on February 7, 1856. The annexation had another implication for sepoys in the Bengal Army (a significant portion of whom came from that princely state). Before the annexation, these sepoys had the right to petition the British Resident at Lucknow for justice — a significant privilege in the context of native courts. As a result of the annexation, they lost that right, since that state no longer existed. Moreover, this action was seen by the residents of the state as an affront to their honour, the annexation being done in violation of an existing treaty.
The sepoys were accordingly affected by the general discontent which had been stirred up by the annexation. In February 1857, both these regiments were situated in Barrackpore.
The 19th Bengal Native Infantry Regiment is important because it was the regiment charged with testing the new cartridges on February 26, 1857. However, right up to the mutiny the new rifles had not been issued to them and the cartridges in the magazine of the regiment were as free of grease as they had been through the preceding half century. However, the paper used in wrapping the cartridges was of a different colour, arousing suspicions. The non-commissioned officers of the regiment refused to accept the cartridges on the 26 February. This information being conveyed to the commanding officer, Colonel Mitchell, he took it upon himself to try to convince the sepoys that the cartridges were no different from those they had been accustomed to and that they need not bite it. He concluded his exhortation with an appeal to the native officers to uphold the honour of the regiment and a threat to court-martial such sepoys as refused to accept the cartridge. However, the next morning the sepoys of the regiment seized their bell of arms (weapons store). The subsequent conciliatory behaviour of Colonel Mitchell convinced the sepoys to return to their barracks[10]. A Court of Enquiry was ordered which after an investigation lasting nearly a month, recommended the disbanding of the regiment. The same was carried out on the 31 March. The 19th BNI were allowed to retain their uniforms and provided by the Government with an allowance to return home.
The P-53 was officially known as the Pattern 1853 Enfield Rifle Musket. Introduced in the British Army by the War Department during 1854 in the Crimean War, they proved very effective at a range of 50 to 300 yards (270 m). It was introduced in the Bengal Army by the East India Company in early-1857.
The rifle used a Metford-Pritchitt cartridge that required the use of a heavy paper tube containing 2½ drams (68 grains) of musket powder and a 530-grain (34 g), pure lead bullet. As the bullet incorporated no annular grease rings like the French and American minié ball bullets introduced in 1847, it was wrapped with a strip of greased paper to facilitate loading. The cartridge itself was covered with a thin mixture ofbeeswax and linseed oil for waterproofing (although rumours abounded that it was actually beef or pork fat).
To load his rifle, the sepoy had to first bite off the rear of the cartridge to pour the powder down the barrel. He then inverted the tube (the projectile was placed in the cartridge base up), pushed the end-portion into the muzzle to the approximate depth of the bullet and tore off the remaining paper. The bullet could then be easily rammed on top of the charge.
Since cows are sacred to Hindus and pigs are strictly forbidden to Muslims, the Indian sepoys could be expected to have reservations regarding its usage. Thus when the rumour that animal fat was being used began to circulate it had an very damaging effect. Other unsettling accounts started spreading. For instance, it was thought that the British planned to make their sepoys outcaste in the society in order to force them to convert to Christianity. Another rumour said the British had adulterated the wheat flour distributed to the sepoys with ground bone-dust of bullocks.
The matter could have been worsened by the fact that an overwhelming number of sepoys in the Bengal Native Infantry were Brahmins fromAwadh, Purvanchal and Western Bihar. As Brahmins are generally devout Hindus and therefore vegetarians, they are not supposed to eat or touch meat, the resistance was even stronger.
The Commander-in-Chief, General George Anson reacted by saying, "I'll never give in to their beastly prejudices," and despite the pleas of his junior officers, he did not compromise.
Later, the British contemplated reducing the discontent by allowing the sepoys to use their own grease made of ghee (clarified butter). Lord Canning sanctioned a proposal of Major-General Hearsey to this effect. However, the proposal was shot down by the Meerut-based Adjutant-General of the Army Colonel C. Chester, who felt it would be tantamount to an admission of guilt and could therefore worsen the matter.[11]He falsely claimed that the sepoys had been using cartridges greased with mutton fat for years and that there was therefore no reason to give in now. This claim was however not correct as native sepoys had till then only used Brown Bess muskets for which unsmeared paper cartridges were employed. The Government let itself be convinced and rescinded the order allowing the usage of ghee.
The attack by, and punishment of, Pandey is widely seen as the opening scene of what came to be known as the 'Indian Rebellion of 1857'. He is often referred to in India as Shaheed (Martyr) Mangal Pandey.
2)
Ramachandra Pandurang Tope (1814 - 18 April 1859), also known as Tatya Tope(pronounced Toh-pey), was an Indian leader in the Indian Mutiny of 1857 and one of its finest generals. He was a personal adherent of Nana Sahib of Kanpur. He progressed with the Gwalior contingent after the British reoccupation of Kanpur and forced General Windham to retreat from Kanpur. Later on, he came to the rescue of Rani Laxmi Bai. However he was only defeated by General Napier's British Indian troops, after betrayal by his trusted friend Man Singh. He was executed by the British Government at Shivpuri on 18 April 1859.
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Born in a village Yeola in Maharashtra, he was the only son of Pandurang Rao Tope and his wife Rukhmabai, an important noble at the court of the Maratha Peshwa Baji Rao II. His father shifted his family with the Peshwa to Bithur where his son became the most intimate friend of the Peshwa's adopted son, Nana Dhondu Pant (known as Nana Sahib) and Maharaja Madhav Singhji.
In 1851, when Lord Dalhousie deprived Nana Sahib of his father's pension, Tatya Tope also became a sworn enemy of the British. In May 1857, when the political storm was gaining momentum, he won over the Indian troops of the East India Company, stationed at Kanpur(Cawnpore), established Nana Sahib's authority and became the Commander-in-Chief of his forces.
Nana Sahib's forces attacked the British entrenchment in June, 1857. General Wheeler's contingent incurred heavy losses as a result of successive bombardments, sniper fire, and assault. The slow supplies of food, water and medicine added to the misery of the British Forces who decided to surrender, in return for a safe passage to Allahabad. Nana Sahib agreed to this and made arrangements as best as he could. At the Satichaura ghat, rebel sepoys not under Nana Sahibs command attacked the departing British troops to settle old scores. General Wheelers men were either killed or captured. The surviving British women and children were moved from the Savada House to Bibighar ("the House of the Ladies"), a villa-type house in Kanpur. British retaliation occurred as Company forces started approaching Kanpur, and Nana Sahib's bargaining attempts failed (in exchange for hostages). Nana Sahib was informed that the British troops led by Havelock and Neill had indulged in violence against Indian villagers and were continuing with this violence as a 'tactic' .Nana Sahib, and his associates, including Tatya Tope and Azimullah Khan, debated about what to do with the captives at Bibighar. Some of Nana Sahib's advisors had already decided to kill the captives at Bibighar, in retaliation for the murders of Indians by the advancing British forces. Some sepoys were ordered to kill the women and children who were being held, but they refused. The task of the slaughter was carried out by two or three butchers from the town aided by others unknown. Three women and three children survived by hiding under the corpses of their friends. When discovered they were thrown alive into a well along with the deceased. The details of the incident, such as who ordered the massacre, are not clear as no 'real' records exist.
After losing Gwalior to the British, Tope launched a successful guerrilla campaign in the Sagar and Narmada regions and in Khandesh andRajasthan. The British forces failed to subdue him for over a year. He was, however, betrayed into the hands of the British by his trusted friend Man Singh, Chief of Narwar, while asleep in his camp in the Paron forest. He was defeated and captured on 7 April 1859 by BritishGeneral Richard John Meade's troops and taken to Shivpuri where he was tried by a military court.
Tope admitted the charges brought before him saying that he was answerable to his master Peshwa alone. He was executed at the gallows on April 18, 1859. There is a statue of Tatya Tope at the site of his execution near the present collectorate in Shivpuri town in Madhya Pradesh.
But the day after his hanging, The Times published its report of the popular hero’s hanging (”a great scramble was made by officers and others to get a lock of hair”), it editorially eulogized* Topi with the gusto of victor catching, perhaps, the foreshadow of Indian resistance awaiting in generations still to come.[1]
| “ | He raised armies as fast as we could disperse them, took up one position after another to our infinite annoyance, and led us a chace which, despite of unexampled efforts on the part of our soldiers, seemed to be really endless. Our troops pursued him without intermission, contrived more than once to surprise him, repeatedly captured his artillery and scattered his troops, but could never deprive him entirely of followers or guns. He seemed to summon forces from the earth as if by magic. As the pursuit grew hotter and hotter he mounted his men on ponies and camels, and marched, it is said, at the average rate of 60 miles a-day. Wherever we found him he had always cavalry and guns, and these he posted with remarkable skill. | ” |
| “ | Be it remembered that for half a century we had been training soldiers, and that in Bengal alone there were 150,000 natives under arms when this revolt broke out. Now, in all this enormous host there was not a single man who, when the bonds of allegiance and discipline were abruptly removed, displayed the intuitive capacities of a military commander. … The two years of the revolt, with all their opportunities, never produced one native General. … One man alone reproduced the old Indian character, and that man was TANTIA TOPE — an obscure civilian, without place or power. He, by the light of nature alone, discerned the strong points of the rebels’ position and our own weak points. By the exercise of that faculty with which heroes are gifted he could always, even in his most desperate straits, draw followers to his standard. Nothing could more forcibly illustrate the reputation which this man had acquired than the fact that his fate has been attended with some regret … if he had not met his match in those opposed to him he might have founded a dynasty. | ” |
Writes Colonel G.B. Malleson [2], eloquently in "The Indian Mutiny of 1857" -
| “ | Tántiá Topí was a marvellous guerilla warrior. In pursuit of him, Brigadier Parke had marched, consecutively, 240 miles in nine days; Brigadier Somerset, 230 in nine days, and, again, seventy miles in forty-eight hours; Colonel Holmes, through a sandy desert, fifty-four miles in little over twenty-four hours; Brigadier Honner, 145 miles in four days. Yet he slipped through them all--through enemies watching every issue of the jungles in which he lay concealed, only to fall at last through the treachery of a trusted friend. His capture, and the surrender of Mán Singh, finished the war in Central India. Thenceforth his name only survived 3)
[edit]Early lifeOriginally named Manikarnika at birth (nicknamed Manu), she was born on 19 November 1835 at Kashi (Varanasi) to a Maharashtrian brahmin family Moropant Tambe and Bhagirathibai Tambe. She was also known as Chabili because of her jolly ways & beauty. She lost her mother at the age of four. She was educated at home. Her father Moropant Tambe worked at the court of Peshwa at Bithur and then travelled to the court of Raja Bal Gangadhar Rao Newalkar, the Maharaja of Jhansi, when Manu was thirteen years old. She was married to Gangadhar Rao, the Raja of Jhansi, at the age of fourteen[1] and was given the new name 'Lakshmi Bai'. Because of her father's influence at court, Rani Lakshmi Bai had more independence than most women, who were normally restricted to the zenana[citation needed]: She studied self defence, horsemanship, archery, and even formed [2] her own army out of her female friends at court.SHAH DAWAR was RANI LAKSHMIBAI'S best friend.
Because Anand Rao was adopted and not biologically related to the Raja, the East India Company, under Governor-General Lord Dalhousie, was able to install the Doctrine of Lapse, rejecting Rao's claim to the throne. Dalhousie then annexed Jhansi, saying that the throne had become "lapsed" and thus put Jhansi under his "protection". In March 1854, the Rani was given a pension of 60,000 rupees and ordered to leave the palace at the Jhansi fort. [edit]The Great Rebellion of 1857While this was happening in Jhansi, on May 10, 1857 the Sepai (soldier) Mutiny of India started in Meerut. This would become the starting point for the rebellion against the British. It began after rumours were put about that the new bullet casings for their Enfield rifles were coated with pork/beef fat, pigs being taboo to Muslims and cows sacred to Hindus and thus forbidden to eat. British commanders insisted on their use and started to discipline anyone who disobeyed. During this rebellion many British soldiers and officers of the East India Company were killed by the sepoys. The British wanted to end the rebellion quickly. Meanwhile, unrest began to spread throughout India and in May 1857, the Indian Mutiny erupted in numerous pockets across the northern subcontinent. During this chaotic time, the British were forced to focus their attentions elsewhere, and Lakshmi Bai was essentially left to rule Jhansi alone. During this time, her qualities were repeatedly demonstrated as she was able swiftly and efficiently to lead her troops against skirmishes breaking out in Jhansi. Through this leadership Lakshmi Bai was able to keep Jhansi relatively calm and peaceful in the midst of the Empire’s unrest.[4] Up to this point, she had been hesitant to rebel against the British, and there is still some controversy over her role in the massacre of the British HEIC officials and their wives and children on the 8th June 1857 at Jokhan Bagh[5]. Her hesitation finally ended when British troops arrived under Sir Hugh Rose and laid siege to Jhansi on 23 March 1858. Rani Laxmibai with her faithful warriors decided not to surrender. The fighting continued for about two weeks. Shelling on Jhansi was very fierce. In the Jhansi army women were also carrying ammunition and were supplying food to the soldiers. Rani Lakshmi Bai was very active. She herself was inspecting the defense of the city. She rallied her troops around her and fought fiercely against the British. An army of 20,000, headed by the rebel leader Tatya Tope, was sent to relieve Jhansi and to take Lakshmi Bai to freedom. However, the British, though numbering only 1,540 in the field so as not to break the siege, were better trained and disciplined than the “raw recruits,” and these inexperienced soldiers turned and fled shortly after the British began to attack on the 31st March. Lakshmi Bai’s forces could not hold out and three days later the British were able to breach the city walls and capture the city. Yet Lakshmi Bai escaped over the wall at night and fled from her city, surrounded by her guards, many of whom were from her women’s military.[5] Along with the young Anand Rao, the Rani decamped to Kalpi along with her forces where she joined other rebel forces, including those ofTatya Tope. The Rani and Tatya Tope moved on to Gwalior, where the combined rebel forces defeated the army of the Maharaja of Gwalior after his armies deserted to the rebel forces. They then occupied the strategic fort at Gwalior. However on the second day of fighting, on 17 June 1858, the Rani died. She died on 17 June 1858 during the battle for Gwalior with 8th Hussars that took place in Kotah-Ki-Serai near Phool Bagh area of Gwalior. She donned warrior's clothes and rode into battle to save Gwalior Fort, about 120 miles west of Lucknow in what is now the state of Uttar Pradesh. The British captured Gwalior three days later. In the report of the battle for Gwalior, General Hugh Rose commented that the rani "remarkable for her beauty, cleverness and perseverance" had been "the most dangerous of all the rebel leaders"[6]. However, the lack of a corpse to be convincingly identified as the Rani convinced Captain Rheese of the so called "bravest" regiment that she had not actually perished in the battle for Gwalior, stating publicly that:"[the] Queen of Jhansi is alive!" [7]. It is believed her funeral was arranged on same day near the spot where she was wounded. One of the her maidservants helped with the arrangement of quick funeral. Because of her bravery, courage, and wisdom, and her progressive views on women's empowerment in 19th century India, and due to her sacrifices, she became an icon of Indian independence movement. The Rani was memorialized in bronze statues at both Jhansi and Gwalior, both of which portray her on horseback. Her father, Moropant Tambey, was captured and hanged a few days after the fall of Jhansi. Her adopted son, Anand Rao, was given a pension by the British Raj and cared for, although he never received his inheritance. [edit]LegacyRani Lakshmi Bai became a national heroine and was seen as the epitome of female bravery in India. When Subhas Chandra Bose's Indian National Army created its first female unit, it was named after her. Indian poetess Subhadra Kumari Chauhan (1904- 1948) wrote a poem titled Jhansi Ki Rani in the VeerRas style about her, which is still recited by children in schools of contemporary India. Original Hindi text:
English translation:
4)
Bhagat Singh (Punjabi: ਭਗਤ ਸਿੰਘ بھگت سنگھ, [pə̀ɡət̪ sɪ́ŋɡ]) (28 September 1907[7] – 23 March 1931) was an Indian freedom fighter, considered to be one of the most influential revolutionariesof the Indian independence movement. He is often referred to as Shaheed Bhagat Singh (the word shaheed meaning "martyr"). Born to a Jat[8] Sikh family which had earlier been involved in revolutionary activities against theBritish Raj, Singh, as a teenager, became an atheist and had studied European revolutionary movements. He also became attracted to anarchism and marxist ideologies.[9] He became involved in numerous revolutionary organizations. He quickly rose through the ranks of theHindustan Republican Association (HRA) and became one of its leaders, converting it to theHindustan Socialist Republican Association (HSRA). Singh gained support when he underwent a 64-day fast in jail, demanding equal rights for Indian and British political prisoners.[10] He was hanged for shooting a police officer in response to the killing of veteran freedom fighter Lala Lajpat Rai. His legacy prompted youth in India to begin fighting for Indian independence and contributed to the rise of socialism in India.[11]
[edit]Early lifeBhagat Singh was born into a Sandhu Jat[9] family to Sardar Kishan Singh Sandhu and Vidyavati in the Khatkar Kalan village near Banga in the Lyallpur district of Punjab.[12] Singh's given name of Bhagat means "devotee", and he was nicknamed "Bhaganwala" by his grandmother, meaning "The lucky one".[13] He came from a patriotic Jatt Sikh family, some of whom had participated in movements supporting the independence of India and others who had served in Maharaja Ranjit Singh's army.[14] His grandfather, Arjun Singh, was a follower of Swami Dayananda Saraswati's Hindu reformist movement, Arya Samaj,[15] which would carry a heavy influence on Singh. His uncles, Ajit Singh and Swaran Singh, as well as his father were members of the Ghadar Party, led by Kartar Singh Sarabha Grewal and Har Dayal. Ajit Singh was forced to flee to Persia because of pending cases against him while Swaran Singh was hanged on 19 December 1927 for his involvement in the Kakori train robbery of 1925.[16] Unlike many Sikhs his age, Singh did not attend Khalsa High School in Lahore, because his grandfather did not approve of the school officials' loyalism to the British authorities.[17] Instead, his father enrolled him in Dayanand Anglo Vedic High School, an Arya Samajist school.[18] At age 13, Singh began to follow Mahatma Gandhi's Non-Cooperation Movement. At this point he had openly defied the British and had followed Gandhi's wishes by burning his government-school books and any British-imported clothing. Following Gandhi's withdrawal of the movement after the violent murders of policemen by villagers from Chauri Chaura, Uttar Pradesh, Singh, disgruntled with Gandhi's nonviolence action, joined the Young Revolutionary Movement and began advocating a violent movement against the British.[19] In 1923, Bhagat famously won an essay competition set by the Punjab Hindi Sahitya Sammelan. This grabbed the attention of members of the Punjab Hindi Sahitya Sammelan including its General Secretary Professor Bhim Sen Vidyalankar. At this age, he quoted famous Punjabi literature and discussed the Problems of the Punjab. He read a lot of poetry and literature which was written by Punjabi writers and his favourite poet was Allama Iqbal from Sialkot.[20] In his teenage years, Bhagat Singh started studying at the National College in Lahore,[21] but ran away from home to escape early marriage, and became a member of the organisation Naujawan Bharat Sabha ("Youth Society of India").[9] In the Naujawan Bharat Sabha, Singh and his fellow revolutionaries grew popular amongst the youth. He also joined the Hindustan Republican Association through introduction by history teacher, Professor Vidyalankar,[22] which had prominent leaders like Ram Prasad Bismil, Chandrashekhar Azad and Ashfaqulla Khan.[23] It is believed that he went to Kanpur to attempt free Kakori train robbery prisoners from the jail, but returned to Lahore for unknown reasons.[24] On the day of Dasara in October 1926, a bomb was blasted in Lahore, and Bhagat Singh was arrested for his alleged involvement in this Dasara Bomb Case in 29 May 1927,[25] and was released on a bail of Rs.60,000 after about five weeks of his arrest.[26][27] He wrote for and edited Urdu and Punjabi newspapers published from Amritsar.[28] In September 1928, a meeting of various revolutionaries from across India was called at Delhi under the banner of the Kirti Kissan Party. Bhagat Singh was the secretary of the meet. His later revolutionaryactivities were carried out as a leader of this association. [edit]Later revolutionary activities[edit]Lala Lajpat Rai's death and the Saunders murderThe British government created a commission under Sir John Simon to report on the current political situation in India in 1928. The Indian political parties boycotted the commission because it did not include a single Indian as its member and it was met with protests all over the country. When the commission visited Lahore on 30 October 1928, Lala Lajpat Rai led the protest against Simon Commission in a silent non-violent march, but the police responded with violence.[29] Lala Lajpat Rai was beaten with lathis at the chest.[29] He later succumbed to his injuries.[29] Bhagat Singh, who was an eyewitness to this event, vowed to take revenge.[30] He joined with other revolutionaries, Shivaram Rajguru, Jai Gopal and Sukhdev Thapar, in a plot to kill the police chief, Scott. Jai Gopal was supposed to identify the chief and signal for Singh to shoot. However, in a case of mistaken identity, Gopal signalled Singh on the appearance of J. P. Saunders, a Deputy Superintendent of Police. Thus, Saunders, instead of Scott, was shot. Shahid Bhagat Singh quickly left Lahore to escape the police. To avoid recognition, he shaved his beard and cut his hair, a violation of the sacred tenets of Sikhism. [edit]Bomb in the assemblyIn the face of actions by the revolutionaries, the British government enacted the Defence of India Act to give more power to the police.[31] The purpose of the Act was to combat revolutionaries like Bhagat Singh.[31] However, the Act was then passed under the ordinance that claimed that it was in the best interest of the public. In response to this act, the Hindustan Socialist Republican Association planned to explode a bomb in the Central Legislative Assembly where the ordinance was going to be passed. This idea was originated by Bhagat Singh, who was influenced by a similar bombing by a martyr anarchist Auguste Vaillant in the French Assembly.[32] It was decided that Bhagat Singh should go to Russia, while Batukeshwar Dutt should carry on the bombing with Sukhdev.[32] Sukhdev then forced Bhagat Singh to call for another meeting and here it was decided, against the initial agreement, that Batukeshwar Dutt and Bhagat Singh would carry on the bombing.[32]Bhagat Singh also disapproved that the two should be escorted after the bombing by the rest of the party.[32] On 8 April 1929, Singh and Dutt threw a bomb onto the corridors of the assembly and shouted "Inquilab Zindabad!" ("Long Live the Revolution!").[33] This was followed by a shower of leaflets stating that it takes a loud voice to make the deaf hear.[34] The bomb neither killed nor injured anyone; Singh and Dutt claimed that this was deliberate on their part, a claim substantiated both by British forensics investigators who found that the bomb was not powerful enough to cause injury, and by the fact that the bomb was thrownaway from people.[35] Singh and Dutt gave themselves up for arrest after the bomb.[35] He and Dutt were sentenced to 'Transportation for Life' for the bombing on 12 June 1929. [edit]Trial and executionOn 15 April 1929, the 'Lahore Bomb Factory' was discovered by the Lahore police, and the other members of HSRA were arrested, out of which 7 turned informants, helping the police to connect Bhagat Singh in the murder of J. P. Saunders.[36] Bhagat Singh, Rajguru, andSukhdev were charged with the murder. Bhagat Singh decided to use the court as a tool to publicise his cause for the independence of India.[37] The case was ordered to be carried out without members of the HSRA present at the hearing. This created an uproar amongst Singh's supporters as he could no longer publicise his views. While in jail, Bhagat Singh and other prisoners launched a hunger strike advocating for the rights of prisoners and those facing trial. The reason for the strike was that British murderers and thieves were treated better than Indian political prisoners, who, by law, were meant to be given better rights. The aims in their strike were to ensure a decent standard of food for political prisoners, the availability of books and a daily newspaper, as well as better clothing and the supply of toiletry necessities and other hygienic necessities. He also demanded that political prisoners should not be forced to do any labour or undignified work.[38] During this hunger strike that lasted 63 days and ended with the British succumbing to his wishes, he gained much popularity among the common Indians. Before the strike his popularity was limited mainly to the Punjab region.[39] Muhammad Ali Jinnah, one of the politicians present when the Central Legislative Assembly was bombed,[40] made no secret of his sympathies for the Lahore prisoners - commenting on the hunger strike he said "the man who goes on hunger strike has a soul. He is moved by that soul, and he believes in the justice of his cause." And talking of Singh's actions said "however much you deplore them and however much you say they are misguided, it is the system, this damnable system of governance, which is resented by the people".[41] On 1 May 1930, by declaring an emergency, an ordinance was passed by Lord Irwin, that shifted the Lahore Conspiracy Case Trial from the court of Rai Sahib Pandit Sri Kishan to a Special Tribunal of three judges. This Special Tribunal was given the power to proceed with the case in the absence of the accused and accept death of the persons giving evidence as a benefit to the defence. Also, the verdict of this special court could not be challenged in higher court. On 7 October 1930,[42] this tribunal convicted Singh among others and sentenced him to be hanged till death.[43][44] An abortive plan had been made to rescue Bhagat Singh and fellow inmates of HSRA from the jail, for the purpose of which Bhagwati Charan Vohra made bombs, but died making them as they exploded accidentally.[45] Bhagat Singh also maintained the use of a diary, which he eventually made to fill 404 pages. In this diary he made numerous notes relating to the quotations and popular sayings of various people whose views he supported. Prominent in his diary were the views of Karl Marx andFriedrich Engels.[46] The comments in his diary led to an understanding of the philosophical thinking of Bhagat Singh.[47] While in the condemned cell, he also wrote a pamphlet entitled "Why I am an atheist", as he was being accused of vanity by not accepting God in the face of death.[48] It is also said that he signed a mercy petition through a comrade Bijoy Kumar Sinha on 8 March 1931.[49] On 23 March 1931, Bhagat Singh was hanged in Lahore with his fellow comrades Rajguru and Sukhdev. His supporters, who had been protesting against the hanging, immediately declared him as a shaheed or martyr.[50] According to the Superintendent of Police at the time, V.N. Smith, the hanging was advanced:
Singh was cremated at Hussainiwala on banks of Sutlej river. Today, the Bhagat Singh Memorial commemorates freedom fighters of India.[50]
A museum by the name "Shaheed-e-azam Sardar Bhagat Singh Museum" has been built at his maternal village, where sand and newspaper stained with his blood and his half burnt bones are preserved.[52] [edit]Ideals and opinionsBhagat Singh was attracted to anarchism and communism.[9] Both communism and western anarchism had influence on him. He read the teachings of Marx, Engels, Lenin, Trotsky and Bakunin.[53][54] Bhagat Singh did not believe in Gandhian philosophy and felt that Gandhian politics would replace one set of exploiters with another.[55] Singh was an atheist and promoted the concept of atheism by writing a pamphlet titled Why I am an Atheist.[56] Bhagat Singh was also an admirer of the writings of Irish revolutionary Terence MacSwiney.[57] When Bhagat Singh's father petitioned the British government to pardon his son, Bhagat Singh quoted Terence MacSwiney and said ""I am confident that my death will do more to smash the British Empire than my release" and told his father to withdraw the petition.[58] Some of his writings like "Blood Sprinkled on the Day of Holi Babbar Akalis on the Crucifix" were influenced by the struggle of Dharam Singh Hayatpur.[59] [edit]AnarchismFrom May to September, 1928, Bhagat Singh serially published several articles on anarchism in Punjabi periodical Kirti.[9] He expressed concern over misunderstanding of the concept of anarchism among the public. Singh tried to eradicate the misconception among people about anarchism. He wrote, "The people are scared of the word anarchism. The word anarchism has been abused so much that even in India revolutionaries have been called anarchist to make them unpopular." As anarchism means absence of ruler and abolition of state, not absence of order, Singh explained, "I think in India the idea of universal brotherhood, the Sanskrit sentence vasudhaiva kutumbakam etc., has the same meaning." He wrote about the growth of anarchism,"the first man to explicitly propagate the theory of Anarchism was Proudhonand that is why he is called the founder of Anarchism. After him a Russian, Bakunin, worked hard to spread the doctrine. He was followed by Prince Kropotkin etc."[9] Singh explained anarchism in the article:
[edit]MarxismBhagat Singh was also influenced by Marxism. Indian historian K. N. Panikkar described Singh as one of the early Marxists in India.[55] From 1926, Bhagat Singh studied the history of the revolutionary movement in India and abroad. In his prison notebooks, Singh used quotations from Vladmir Lenin (on imperialism being the highest stage of capitalism) and Trotsky on revolution.[9] In written documents, when asked what was his last wish, he replied that he was studying the life of Lenin and he wanted to finish it before his death.[60] [edit]AtheismSingh began to question religious ideologies after witnessing the Hindu-Muslim riots that broke out after Gandhi disbanded the Non-Cooperation Movement.[61] He did not understand how members of these two groups, initially united in fighting against the British, could be at each others' throats because of their religious differences. At this point, Singh dropped his religious beliefs, since he believed religion hindered the revolutionaries' struggle for independence, and began studying the works of Bakunin, Lenin, Trotsky — all atheist revolutionaries. He also took an interest in Niralamba Swami's[62] book Common Sense, which advocated a form of "mystic atheism".[63] While in a condemned cell in 1931, he wrote a pamphlet entitled Why I am an Atheist in which he discusses and advocates the philosophy ofatheism. This pamphlet was a result of some criticism by fellow revolutionaries on his failure to acknowledge religion and God while in a condemned cell, the accusation of vanity was also dealt with in this pamphlet. He supported his own beliefs and claimed that he used to be a firm believer in The Almighty, but could not bring himself to believe the myths and beliefs that others held close to their hearts. In this pamphlet, he acknowledged the fact that religion made death easier, but also said that unproved philosophy is a sign of human weakness.[1] [edit]DeathBhagat Singh was known for his appreciation of martyrdom. His mentor as a young boy was Kartar Singh Sarabha.[64] Singh is himself considered a martyr for acting to avenge the death of Lala Lajpat Rai. In the leaflet he threw in the Central Assembly on 9 April 1929, he stated that It is easy to kill individuals but you cannot kill the ideas. Great empires crumbled while the ideas survived.[65] After engaging in studies on the Russian Revolution, he wanted to die so that his death would inspire the youth of India which in turn will unite them to fight the British Empire. While in prison, Bhagat Singh and two others had written a letter to the Viceroy asking him to treat them as prisoners of war and hence to execute them by firing squad and not by hanging. Prannath Mehta, Bhagat Singh's friend, visited him in the jail on 20 March, four days before his execution, with a draft letter for clemency, but he declined to sign it.[66] [edit]ControversyBhagat Singh's life is the subject of controversy. [edit]Last wishMany believe that Bhai Randhir Singh, a revolutionary of 1st Lahore Conspiracy Case and Gadhar, prison inmate and a known figure in Sikh circles, met with Bhagat Singh in condemned cells in Lahore Central Jail on 4 October 1930, when Randhir Singh was released from the jail, as mentioned in his book "Jail Chithiyan" by Randhir Singh himself.[67][68][69] Bhagat was condemned on 7 October 1930 contradicting his presence in condemned cells on the 4 October.[70] According to Randhir Singh, Bhagat mentioned to him, that he (Bhagat Singh) had shaven"hair and beard under pressing circumstances" and that "It was for the service of the country" that his companions "compelled him to give up the Sikh appearance" adding to it that he was "ashamed".[71][72] He had expressed, as his last wish before being hanged, the desire to get "amrit" from Randhir Singh and to once again adorn the 5 k's.[72][73] However, his last wish, of getting "amrit" was not granted by the British.[73] Some scholars are skeptic about this meeting as, Randhir Singh being the only source of information about sudden change in Bhagat Singh's point of view towards religion casts doubts, as Bhagat Singh had been a strong critic of religion."[74][75][76]
[edit]Conspiracy theoriesMany conspiracy theories exist regarding Singh, especially the events surrounding his death: [edit]Mahatma GandhiOne of the most popular ones is that Mahatma Gandhi had an opportunity to stop Singh's execution but did not. A variation of this theory is that Gandhi actively conspired with the British to have Singh executed. Gandhi's supporters say that Gandhi did not have enough influence with the British to stop the execution, much less arrange it. Furthermore, Gandhi's supporters assert that Singh's role in the independence movement was no threat to Gandhi's role as its leader, and so Gandhi would have no reason to want him dead. Gandhi, during his lifetime, always maintained that he was a great admirer of Singh's patriotism. He also said that he was opposed to Singh's execution (and, for that matter, capital punishment in general) and proclaimed that he had no power to stop it. On Singh's execution, Gandhi said, "The government certainly had the right to hang these men. However, there are some rights which do credit to those who possess them only if they are enjoyed in name only."[77] Gandhi also once said, on capital punishment, "I cannot in all conscience agree to anyone being sent to the gallows. God alone can take life because He alone gives it." Gandhi had managed to have 90,000 political prisoners who were not members of his Satyagraha movement released under the Gandhi-Irwin Pact.[citation needed] According to a report in the Indian magazine Frontline, he did plead several times for the commutation of the death sentence of Bhagat Singh, Rajguru and Sukhdev, including a personal visit on 19 March 1931, and in a letter to the Viceroy on the day of their execution, pleading fervently for commutation, not knowing that the letter would be too late.[66] Lord Irwin, the Viceroy, later said:
However, Gandhi did appreciate Bhagat's patriotism and how he had overcome the fear of death, but did not support the violence involved.[78] [edit]Saunders familyOn 28 October 2005, a book entitled Some Hidden Facts: Martyrdom of Shaheed Bhagat Singh—Secrets unfurled by an Intelligence Bureau Agent of British-India [sic] by K.S. Kooner and G.S. Sindhra was released. The book asserts that Singh, Rajguru, and Sukhdev were deliberately hanged in such a manner as to leave all three in a semi-conscious state, so thatall three could later be taken outside the prison and shot dead by the Saunders family. The book says that this was a prison operation codenamed "Operation Trojan Horse." Scholars are sceptical of the book's claims.[79]
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Bhagat Singh's death had the effect that he desired and he inspired thousands of youths to assist the remainder of the Indian independence movement. After his hanging, youths in regions around Northern India rioted in protest against the British Raj and Gandhi.
THE EGYPTIAN BOOK OF THE DEAD......
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The Book of the Dead is the modern name of an ancient Egyptian funerary text, used from the beginning of the New Kingdom (around 1550 BC) to around 50 BC.[1] The original Egyptian name for the text, transliterated rw nw prt m hrw[2] is translated as "Book of Coming Forth by Day".[3] Another translation would be "Book of emerging forth into the Light". The text consists of a number of magic spells intended to assist a dead person's journey through the Duat, or underworld, and into the afterlife. The Book of the Dead was part of a tradition of funerary texts which includes the earlier Pyramid Texts and Coffin Texts. Some of the spells included were drawn from these older works and date to the 3rd millennium BC. Other spells were composed later in Egyptian history, dating to the Third Intermediate Period (11th to 7th centuries BC).
There was no single or canonical Book of the Dead. The surviving papyri contain a varying selection of religious and magical texts and vary considerably in their illustration. Some people seem to have commissioned their own copies of the Book of the Dead, perhaps choosing the spells they thought most vital in their own progression to the afterlife. The Book of the Dead was most commonly written in hieroglyphic or hieratic script on a papyrus scroll, and often illustrated with vignettes depicting the deceased and their journey into the afterlife. The Book of the Deadwas placed in the coffin or burial chamber of the deceased. A number of the spells which made up the Book were also inscribed on tomb walls and sarcophagi.
Contents[hide] |
The Book of the Dead developed from a tradition of funerary manuscripts dating back to the Egyptian Old Kingdom. The first funerary texts were the Pyramid Texts, first used in the Pyramid of King Unas of the 5th dynasty, around 2400 BC.[4] These texts were written on the walls of the burial chambers within pyramids, and were exclusively for the use of the Pharaoh (and, from the6th dynasty, the Queen). The Pyramid Texts were written in an unusual hieroglyphic style; many of the hieroglyphs representing humans or animals were left incomplete or drawn mutilated, most likely to prevent them causing any harm to the dead pharaoh.[5] The purpose of the Pyramid Texts was to help the dead King take his place amongst the gods, in particular to reunite him with his divine father Ra; at this period the afterlife was seen as being in the sky, rather than the underworld described in the Book of the Dead.[6] Towards the end of the Old Kingdom, the Pyramid Texts ceased to be an exclusively royal privilege, and were adopted by regional governors and other high-ranking officials.
In the Middle Kingdom, a new funerary text emerged, the Coffin Texts. The Coffin Texts used a newer version of the language, new spells, and included illustrations for the first time. The Coffin Texts were most commonly written on the inner surfaces of coffins, though they occasionally found on tomb walls or on papyri.[7] The Coffin Texts were available to wealthy private individuals, vastly increasing the number of people who could expect to participate in the afterlife; a process which has been described as the "democratization of the afterlife".[8]
The Book of the Dead first developed in Thebes towards the beginning of the Second Intermediate Period, around 1700 BC. The earliest known occurrence of the spells included in the Book of the Dead is from the coffin of Queen Mentuhotep, of the 13th dynasty, where the new spells were included amongst older texts known from the Pyramid Texts and Coffin Texts. Some of the spells introduced at this time claim an older provenance; for instance the rubric to spell 30B states that it was discovered by the Prince Hordjedef in the reign of King Menkaure, many hundreds of years before it is attested in the archaeological record.[9]
By the 17th dynasty, the Book of the Dead had become widespread not only for members of the royal family, but courtiers and other officials as well. At this stage, the spells were typically inscribed on linen shrouds wrapped around the dead, though occasionally they are found written on coffins or on papyrus.[10]
The New Kingdom saw the Book of the Dead develop and spread further. The famous Spell 125, the 'Weighing of the Heart', is first known from the reign of Hatshepsut and Tuthmose III, c.1475 BC. From this period onward the Book of the Dead was typically written on a papyrus scroll, and the text illustrated with vignettes. During the 19th dynasty in particular, the vignettes tended to be lavish, sometimes at the expense of the surrounding text.[11] In the Third Intermediate Period, the Book of the Dead started to appear in hieratic script, as well as in the traditional hieroglyphics. The hieratic scrolls were a cheaper version, lacking illustration apart from a single vignette at the beginning, and were produced on smaller papyri. At the same time, many burials used additional funerary texts, for instance the Amduat.[12]
During the 25th and 26th dynasties, the Book of the Dead was updated, revised and standardised. Spells were consistently ordered and numbered for the first time. This standardised version is known today as the 'Saite recension', after the Saite (26th) dynasty. In the Late period and Ptolemaic period, the Book of the Dead remained based on the Saite recension, though increasingly abbreviated towards the end of the Ptolemaic period. New funerary texts appeared, including the Book of Breathing and Book of Traversing Eternity. The last use of theBook of the Dead was in the 1st century BC, though some artistic motifs drawn from it were still in use in Roman times.[13]
The Book of the Dead is made up of a number of individual texts and their accompanying illustrations. Most sub-texts begin with the word ro, which can mean mouth, speech, a chapter of a book, spell, utterance, or incantation. This ambiguity reflects the similarity in Egyptian thought between ritual speech and magical power.[15] In the context of the Book of the Dead, it is typically translated as either "chapter" or "spell". In this article, the word "spell" is used.
At present, some 192 spells are known,[16] though no single manuscript contains them all. They served a range of purposes. Some are intended to give the deceased mystical knowledge in the afterlife, or perhaps to identify them with the gods: for instance, Spell 17, an obscure and lengthy description of the god Atum.[17] Others are incantations to ensure the different elements of the dead person's being were preserved and reunited, and to give the deceased control over the world around him. Still others protect the deceased from various hostile forces, or guide him through the underworld past various obstacles. Famously, two spells also deal with the judgement of the deceased in the Weighing of the Heart ritual.
The texts and images of the Book of the Dead were magical as well as religious. Magic was as legitimate an activity as praying to the gods, even when the magic was aimed at controlling the gods themselves.[18] Indeed, there was little distinction for the Ancient Egyptians between magical and religious practice.[19] The concept of magic (heka) was also intimately linked with the spoken and written word. The act of speaking a ritual formula was an act of creation;[20] there is a sense in which action and speech were one and the same thing.[21] The magical power of words extended to the written word. Hieroglyphic script was held to have been invented by the god Thoth, and the hieroglyphs themselves were powerful. Written words conveyed the full force of a spell.[22] This was even true when the text was abbreviated or omitted, as often occurred in later Book of the Dead scrolls, particularly if the accompanying images were present.[23] The Egyptians also believed that knowing the name of something gave power over it; thus, the Book of the Dead equips its owner with the mystical names of many of the entities he would encounter in the afterlife, giving him power of them.[24]
The spells of the Book of the Dead made use of several magical techniques which can also be seen in other areas of Egyptian life. A number of spells are for magical amulets, which would protect the deceased from harm. In addition to being represented on a Book of the Deadpapyrus, these spells appeared on amulets wound into the wrappings of a mummy.[25] Everyday magic made use of amulets in huge numbers. Other items in direct contact with the body in the tomb, such as headrests, were also be considered to have amuletic value.[26] A number of spells also refer to Egyptian beliefs about the magical healing power of saliva.[27]
Almost every Book of the Dead was unique, containing a different mixture of spells drawn from the corpus of texts available. For most of the history of the Book of the Dead there was no defined order or structure.[28] In fact, until Paul Barguet's 1967 "pioneering study" of common themes between texts,[29] Egyptologists concluded there was no internal structure at all.[30] It is only from the Saite period (26th dynasty) onwards that there is a defined order.[31]
The Books of the Dead from the Saite period tend to organize the Chapters into four sections:
The spells in the Book of the Dead depict Egyptian beliefs about the nature of death and the afterlife. The Book of the Dead is a vital source of information about Egyptian beliefs in this area.
One aspect of death was the disintegration of the various kheperu, or modes of existence.[33]Funerary rituals served to re-integrate these different aspects of being. Mummification served to preserve and transform the physical body into a sah, an idealised form with divine aspects;[34] theBook of the Dead contained spells aimed at preserving the body of the deceased, which may have been recited during the process of mummification.[35] The heart, which was regarded as the aspect of being which included intelligence and memory, was also protected with spells, and in case anything happened to the physical heart, it was common to bury jewelled heart scarabs with a body to provide a replacement. The ka, or life-force, remained in the tomb with the dead body, and required sustenance from offerings of food, water and incense. In case priests or relatives failed to provide these offerings, Spell 105 ensured the ka was satisfied.[36] The name of the dead person, which constituted their individuality and was required for their continued existence, was written in many places throughout the Book, and spell 25 ensured the deceased would remember their own name.[37] The ba was a free-ranging spirit aspect of the deceased. It was the ba, depicted as a human-headed bird, which could "go forth by day" from the tomb into the world; spells 61 and 89 acted to preserve it.[38] Finally, the shut, or shadow of the deceased, was preserved by spells 91, 92 and 188.[39] If all these aspects of the person could be variously preserved, remembered, and satiated, then the dead person would live on in the form of an akh. Anakh was a blessed spirit with magical powers who would dwell among the gods.[40]
The nature of the afterlife which the dead person enjoyed is difficult to define, because of the differing traditions within Ancient Egyptian religion. In the Book of the Dead, the dead were taken into the presence of the god Osiris, who was confined to the subterranean Duat. There are also spells to enable the ba or akh of the dead to join Ra as he travelled the sky in his sun-barque, and help him fight off Apep.[41] As well as joining the Gods, the Book of the Dead also depicts the dead living on in the 'Field of Reeds', a paradisaical likeness of the real world.[42] The Field of Reeds is depicted as a lush, plentiful version of the Egypt of the living. There are fields, crops, oxen, people and waterways. The deceased person is shown encountering the Great Ennead, a group of gods, as well as his or her own parents. While the depiction of the Field of Reeds is pleasant and plentiful, it is also clear that manual labour is required. For this reason burials included a number of statuettes named shabti, or later ushebti. These statuettes were inscribed with a spell, also included in the Book of the Dead, requiring them to undertake any manual labour that might be the owner's duty in the afterlife.[43] It is also clear that the dead not only went to a place where the gods lived, but that they acquired divine characteristics themselves. In many occasions, the deceased is mentioned as "The Osiris - [Name]" in the Book of the Dead.
The path to the afterlife as laid out in the Book of the Dead was a difficult one. The deceased was required to pass a series of gates, caverns and mounds guarded by supernatural creatures.[45]These terrifying entities were armed with enormous knives and are illustrated in grotesque forms, typically as human figures with the heads of animals or combinations of different ferocious beasts. Their names—for instance, "He who lives on snakes" or "He who dances in blood"—are equally grotesque. These creatures had to be pacified by reciting the appropriate spells included in theBook of the Dead; once pacified they posed no further threat, and could even extend their protection to the dead person.[46] Another breed of supernatural creatures was 'slaughterers' who killed the unrighteous on behalf of Osiris; the Book of the Dead equipped its owner to escape their attentions.[47] As well as these supernatural entities, there were also threats from natural or supernatural animals, including crocodiles, snakes, and beetles.[48]
If all the obstacles of the Duat could be negotiated, the deceased would be judged in the Weighing of the Heart ritual, depicted in Spell 125. The deceased was led by the god Anubis into the presence of Osiris. There, the dead person swore that he had not committed any sin from a list of 42 sins,[49] reciting a text known as the "Negative Confession". Then the dead person's heart was weighed on a pair of scales, against the goddess Ma'at, who embodied truth and justice. Ma'at was often represented by an ostrich feather, the hieroglyphic sign for her name.[50] At this point, there was a risk that the deceased's heart would bear witness, owning up to sins committed in life; Spell 30B guarded against this eventuality. If the scales balanced, this meant the deceased had led a good life. Anubis would take them to Osiris and they would find their place in the afterlife, becoming maa-kheru, meaning "vindicated" or "true of voice".[51] If the heart was out of balance with Ma'at, then another fearsome beast called Ammit, the Devourer, stood ready to eat it and put the dead person's afterlife to an early and unpleasant end.[52]
This scene is remarkable not only for its vividness but as one of the only parts of the Book of the Dead with any explicit moral content. The judgement of the dead and the Negative Confession were a representation of the conventional moral code which governed Egyptian society. For every "I have not..." in the Negative Confession, it is possible to read an unexpressed "Thou shalt not".[53] While the Ten Commandmentsof Judaeo-Christian ethics are rules of conduct laid down by divine revelation, the Negative Confession is more a divine enforcement of everyday morality.[54] Views differ among Egyptologists about how far the Negative Confession represents a moral absolute, with ethical purity being necessary for progress to the Afterlife. John Taylor points out the wording of Spells 30B and 125 suggests a pragmatic approach to morality; by preventing the heart from contradicting him with any inconvenient truths, it seems that the deceased could enter the afterlife even if their life had not been entirely pure.[55] Ogden Goelet says "without an exemplary and moral existence, there was no hope for a successful afterlife",[56] while Geraldine Pinch suggests that the Negative Confession is essentially similar to the spells protecting from demons, and that the success of the Weighing of the Heart depended on the mystical knowledge of the true names of the judges rather than on the deceased's moral behaviour.[57]
A Book of the Dead papyrus was produced to order by scribes. They were commissioned by people in preparation for their own funeral, or by the relatives of someone recently deceased. They were expensive items; one source gives the price of a Book of the Dead scroll as one deben of silver,[58] perhaps half the annual pay of a labourer.[59] Papyrus itself was evidently costly, as there are many instances of its re-use in everyday documents. In one case, a Book of the Deadwas written on second-hand papyrus.[60]
Most owners of the Book of the Dead were evidently part of the social elite; they were initially reserved for the royal family, but later papyri are found in the tombs of scribes, priests and officials. Most owners were men, and generally the vignettes included the owner's wife as well. Towards the beginning of the history of the Book of the Dead, there are roughly 10 copies belonging to men for every one for a woman. However, during the Third Intermediate Period, 2/3 were for women; and women owned roughly a third of the hieratic paypri from the Late and Ptolemaic Periods.[61]
The dimensions of a Book of the Dead could vary widely; the longest is 40m long while some are as short as 1m. They are composed of sheets of papyrus joined together, the individual papyri varying in width from 15 cm to 45 cm. The scribes working on Book of the Dead papyri took more care over their work than those working on more mundane texts; care was taken to frame the text within margins, and to avoid writing on the joints between sheets. The words peret em heru, or 'coming forth by day' sometimes appear on the reverse of the outer margin, perhaps acting as a label.[62]
Books were often prefabricated in funerary workshops, with spaces being left for the name of the deceased to be written in later.[63] For instance, in the Papyrus of Ani, the name "Ani" appears at the top or bottom of a column, or immediately following a rubric introducing him as the speaker of a block of text; the name appears in a different handwriting to the rest of the manuscript, and in some places is mis-spelt or omitted entirely.[64]
The text of a New Kingdom Book of the Dead was typically written in cursive hieroglyphs, most often from left to right, but also sometimes from right to left. The hieroglyphs were in columns, which were separated by black lines - a similar arrangement to that used when hieroglyphs were carved on tomb walls or monuments. Illustrations were put in frames above, below, or between the columns of text. The largest illustrations took up a full page of papyrus.[65]
From the 21st Dynasty onward, more copies of the Book of the Dead are found in hieratic script. The calligraphy is similar to that of other hieratic manuscripts of the New Kingdom; the text is written in in horizontal lines across wide columns (often the column size corresponds to the size of the papyrus sheets of which a scroll is made up). Occasionally a hieratic Book of the Dead contains captions in hieroglyphic.
The text of a Book of the Dead was written in both black and red ink, regardless of whether it was in hieroglyphic or hieratic script. Most of the text was in black, with red used for the titles of spells, opening and closing sections of spells, the instructions to perform spells correctly in rituals, and also for the names of dangerous creatures such as the demon Apep.[66] The black ink used was based on carbon, and the red ink on ochre, in both cases mixed with water
The style and nature of the vignettes used to illustrate a Book of the Dead varies widely. Some contain lavish colour illustrations, even making use of gold leaf. Others contain only line drawings, or one simple illustration at the opening.
Book of the Dead papyri were often the work of several different scribes and artists whose work was literally pasted together. It is usually possible to identify the style of more than one scribe used on a given manuscript, even when the manuscript is a shorter one.The text and illustrations were produced by different scribes; there are a number of Books where the text was completed but the illustrations were left empty.
The existence of the Book of the Dead was known as early as the Middle Ages, well before its contents could be understood. Since it was found in tombs, it was evidently a document of a religious nature, and this led to the widespread misapprehension that the Book of the Dead was the equivalent of a Bible or Qu'ran.
The first modern facsimile of a Book of the Dead was produced in 1805 and included in theDescription de l'Égypte produced by the staff of Napoleon's expedition to Egypt. In 1822, Jean Francois Champollion began to translate hieroglyphic text; he examined some of the Book of the Dead papyri and identified them as a funerary ritual.
In 1842 Karl Richard Lepsius published a translation of a manuscript dated to the Ptolemaic era and coined the name "Book of The Dead". He also introduced the spell numbering system which is still in use, identifying 165 different spells. Lepsius promoted the idea of a comparative edition of the Book of the Dead, drawing on all relevant manuscripts. This project was undertaken by Edouard Naville, starting in 1875 and completed in 1886, producing a three-volume work including a selection of vignettes for every one of the 186 spells he worked with, the variations of the text for every spell, and commentary. In 1876, Samuel Birch of the British Museum published a photographic copy of the papyrus of Nebseny.
The work of E. A. Wallis Budge, Birch's successor at the British Museum, is still in wide circulation - including both his hieroglyphic editions and his English translations, though the latter are now considered inaccurate and out-of-date. More recent translations in English have been published by T. G. Allen (1974) and Raymond O. Faulkner (1972). As more work has been done on the Book of the Dead, more spells have been identified, and the total now stands at 192.
Research work on the Book of the Dead has always posed technical difficulties thanks to the need to copy very long hieroglyphic texts. Initially, these were copied out by hand, with the assistance either of tracing paper or a camera lucida. In the mid-19th century, hieroglyphic fonts became available and made lithographic reproduction of manuscripts more feasible. In the present day, hieroglyphics can be rendered in desktop publishing software and this, combined with digital print technology, means that the costs of publishing a Book of the Dead may be considerably reduced. However, a very large amount of the source material in museums around the world remains unpublished.
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