Schwaller de Lubicz
The Sphinx (at Giza) is considered by many to be considerably older than the usually accepted 3rd millennium BC. Its construction has been generally attributed to the Fourth Dynasty ruler Khafre, circa 2500 BC, whose head is believed to be currently represented on the Sphinx.
The controversial French scholar Rene Schwaller de Lubicz carried out an investigation of a number of Egypt’s ancient monuments. He was probably the first to remark on the apparent water erosion, on the Sphinx, as evidence of an earlier date for its construction than was previously accepted. He first voiced his views in 1949 and expanded his theories in 1957 . His work has now been translated into English(a).
>Jason Colavito has added that “Schwaller de Lubicz got it from Gaston Maspero, who adopted it from Auguste Mariette, who came up with it because he mistook a Ptolemaic stela for an Old Kingdom one and therefore mistook a myth on the Inventory Stela(t) for a historical account.”(s)<
A recent article(h) on the Giza for Humanity website reveals the work of Shérif El Morsi, an Egyptian researcher, who has documented evidence of ‘relatively recent’ incursion by seawater onto the Giza Plateau.
Michael Baigent has pointed out[141.167] that Dr. Zahi Hawass in 1992 ‘reported that analysis of the rear leg of the Sphinx proved the earliest level of masonry around the body dated instead from the Old Kingdom period , that is from about 2700 BC to 2160 BC. The pyramids were constructed in the middle part of this period…….. For if Khafre had built the Sphinx along with his pyramid around 2500 BC, and if repairs to its heavily eroded body were made before 2160 BC, then this severe erosion covered up by the facing stones must have occurred in only 340 years – perhaps less: an extremely unlikely event. In practical terms, given the extent and depth of the erosion, it seems impossible.’
John Anthony West was inspired by the writings of de Lubicz and enticed the American geologist Robert Schoch to inspect the Sphinx and give his professional assessment of the age of the monument. Schoch‘s conclusion was that the Sphinx had suffered extensive water erosion and should be dated no later than 7000 to 5000 BC. On a second trip to the Sphinx Schoch and West brought Thomas Dobecki, a geophysicist, to carry out additional tests. The results reinforced Schoch’s initial conclusions. However, Colin Reader, an English geologist, disputes Schoch’s conclusion(I) and explains why in an extensive 1997/9 paper(j).
When Schoch announced his findings they were greeted with hostile criticism from conventional Egyptologists. However, experts in Schoch’s discipline have agreed in growing numbers with his published views, but the debate is far from over. For an overview of the case for an early date follow this link(b).
One Egyptologist who postulated an early date for the Sphinx was Cairo-born Moustafa Gadalla, who concluded that “there is no other rational answer except that the water erosion occurred at the end of the last Ice Age c.15,000-10,000 BCE”(e).
The German researcher Klaus Aschenbrenner has added his support for an early date for the Sphinx. He claims that the water erosion was caused by acid rain resulting from a 7600BC asteroid impact postulated by Alexander Tollman.
These proposed early dates pale into insignificance when contrasted with the claims made by two Ukrainian researchers at a conference in Sofia in 2008, when they proposed a date of 800,000 years ago(n).
There is by now little doubt that the head of the Sphinx that we see today is quite different from its original size and shape. West had a New York City police artist compare the head of the Sphinx with a known head of Khafre and demonstrated that they had totally different facial structures. Comparative photographs are to be found in one of West’s books. A further anomaly is the fact that the head of the Sphinx is disproportionately smaller than the rest of the body suggesting a radical recarving of a larger head in antiquity. Robert Schoch has an interesting article(c) on his website, written by his colleague, Dr. Colette Dowell, regarding the shape of the Sphinx’s head. Colin Reader, who disagrees with Schoch’s dating of the Sphinx does, however, share his view regarding the size of the Sphinx’s head(l), an opinion that is also held by historical architect, Dr Jonathan Foyle(k).
The late Alan Alford argued that the commonly accepted idea that the Sphinx represents a lion may be incorrect and that in fact it is a model of a dog, possibly intended as an image of Anubis the divine guardian of the Earth and the Underworld. This idea was recently endorsed and investigated extensively in a fascinating book by Robert Temple, who has also pointed out(m) other anomalies with the shape of the Sphinx apart from the size of the head.
Bassam el Shamma, an Egyptian Egyptologist, has recently promoted the idea of the previous existence of a second sphinx on the Giza Plateau. His theory, based on a range of evidence, is outlined on the Atlantis Online website(d). The idea of a second Sphink is also supported by Gerry Cannon and Joseph P. J. Westlake in a paper also available online(f). Cannon has co-authored a book(r) with Malcolm Hutton, entitled The Giza Plateau Secrets and a Second Sphinx Location Revealed, in which they expand on this idea.
Robert Bauval whose book, Secret Chamber, delves deeply into the subject of hidden chambers on the Giza Plateau and has excerpts available on the internet(p).
It should also be kept in mind that sphinxes were found in a number of other cultures particularly Mesopotamia (see image right). Further east in India we have the Purushamriga(q), while in Burma the sphinx is known as a Manussiha. Back in the Mediterranean many images of sphinxes have been discovered in Greece, where lately (2014) two sphinxes were recently found in a 300 BC tomb(g), each weighing about 1.5 tons. However, in my opinion, the claim(o) of a huge sphinx in Romania’s Carpathian Mountains is nothing more than a case of mistaken identity, a good example of pareidolia.
Closer to home the Welsh Griffon (Gryphon) is clearly a local form of sphinx. Lee R. Kerr is the author of Griffin Quest – Investigating Atlantis, in which he sought support for the Minoan Hypothesis based on his pre-supposed link between griffins and Atlantis or as he puts it “whatever the Griffins mythological meaning, the Griffin also appears to tie Santorini to Crete, to Avaris, to Plato, and thus to Atlantis, more than any other single symbol.” I don’t see it.
(e) See: Archive 2937
(h) See: Archive 2635
(j) See: Archive 2646
(o) See: Archive 3003
(p) See: Archive 3598
René A. Schwaller de Lubicz (1887-1962) was a mathematician, Egyptologist and philosopher from Alsace in France. In his early years he studied Theosophy, which I suspect coloured his later thinking. It seems that he also dabbled with alchemy and has also been accused of having supported right-wing politics!
Schwaller spent fifteen years studying the ancient monuments of Egypt, concentrating on the Temple at Luxor studying its dimensions and its relationship to ancient mysticism. Schwaller’s stepdaughter, Lucie Lamy, personally gathered the numerous measurements at Luxor.
Schwaller questioned conventional views of Egypt’s cultural development, mathematical sophistication and religious symbolism. He published his findings in a monumental work that has now been translated into English(a). His work is difficult to read which may explain why he has had such a low profile.
His view of the ancients is perhaps summed up by one quote from him; “Can it really be said that before the day of our pretentious science, humanity was composed solely of imbeciles and the superstitious?”
Schwaller came to the attention of a wider audience when John Anthony West highlighted his comments on the evidence of water erosion on the Sphinx that indicated a much greater age for the structure than generally accepted. West followed up Schwaller’s observations with a study of the Sphinx by the geologist Robert Schoch whose report started one of the greatest controversies in modern Egyptology.
A recent report(b) found on a number of sites, by Shérif El Morsi, an Egyptian researcher, documents evidence of a ‘relatively recent’ incursion by seawater onto the Giza Plateau.