Just released: The Sphinx Hypothesis — Mehit: She Who Restores the Wedjat

This new paper explores the astronomical and cultural connection between Nabta Playa’s ancient stellar knowledge, the Shemsu Hor tradition, and the Great Sphinx — proposing that the Sphinx was part of a deliberate astronomical program to “restore the Wedjat”.

Full paper (open access):
https://zenodo.org/records/20727854
Part of the ongoing Zep Tepi Series.
#Sphinx #AncientEgypt #Archaeoastronomy #NabtaPlaya #ShemsuHor

The Sphinx Hypothesis - Mehit: She Who Restores The Wedjat

The Great Sphinx of Giza bears no builder’s inscription and, until recently, no recovered Egyptian name. This paper proposes a Predynastic origin framework and identifies Mehit — a reclining lioness independently documented in mainstream Egyptology through her cult geography at Hierakonpolis and Thinis, Wedjat-restoration mythology, and Early Dynastic seal-impression attestations — as the best-supported candidate for the Sphinx’s original name. Mehit’s name derives from the Egyptian root mḥ (‘to fill’ or ‘to restore’; Erman and Grapow, Wb II: 119–120), the technical term for restoration of the Wedjat, the Eye of Horus — whose equinoctial 1/4 fraction is the azimuth the Sphinx faces. The conventional attribution to Khafre rests entirely on circumstantial evidence — acknowledged by Selim Hassan, who excavated the enclosure. The Sphinx Temple was abandoned before completion; no Sphinx priesthood appears in any Old Kingdom tombs at Giza (Junker 1929–1955; Reisner 1942) — the only monument at Giza without a documented Old Kingdom cult. Mehit’s cult centres were Hierakonpolis and Thinis, not Giza: the builders had a cult at their origin sites but left no institutional apparatus at the plateau. Multiple subsequent civilisations renamed the Sphinx because no founding name survived — but a candidate name has been identified. The Egyptologist William Stevenson Smith (1963) translated a dual administrative title on Hemiunu’s pedestal as referencing Mehit, an identification independently confirmed by Der Manuelian (2003) on the parallel Wepemnefret title. The framework connects the Sphinx to the 3800–3100 BCE Shemsu Hor horizon documented in the Zep Tepi Series (Papers I–III, Levy 2026). Seven predictions derived from that framework are tested against the monument. Evidence draws on Egyptology, geology, archaeology, palaeoclimatology, and archaeoastronomy: a candidate population with Giza-corridor presence; compound terminal African Humid Period erosion grounded in near-Giza proxies (Lake Hamra 2020; Welc and Marks 2014); a logistical argument derived from the Diary of Merer; and a multi-millennium burial cycle consistent with a monument whose original custodians left no institutional successors. The nemes headdress establishes a terminus post quem of c. 3100 BCE for the face, yielding a two-event model: Predynastic body, dynastic face. Falsification conditions are stated explicitly. The convergence of independent evidence — including the monument’s own recovered name — makes the Predynastic framework the more coherent account of the known anomalies.

Zenodo
Andes Ceque KML #Placemarks
Graphic with selected results.
2560 x 1440 pixel #deskpicture
#Andes #Archaeology
#Archaeogeodesy
#Archaeoastronomy
#GoogleEarth #KML

The latest entry in the Staring into Space project is published today, on the Hopewell Octagon Earthwork at Newark, an immense earthen mound that served as a lunar observatory built 2000 years ago by ancient indigenous residents of Newark, Ohio. In the article, I explore a tie into lunar calendars and feasting. #archaeology #archaeoastronomy

https://www.wasteflake.com/tiki-read_article.php?articleId=44

Waste Flake | The Hopewell Octagon Earthwork at Newark Ohio

Octagon Earthworks, Avenue at Sunrise. 01/03/2021. Credit: Bradley T. Lepper. © Ohio History Connection.

Waste Flake

“Do not fold, spindle, or mutilate”*…

Punched cards have a long history in machine control (dating back to Jacquard) and computing (starting with Babbage‘s Difference Engine), but it was Herman Hollerith who brought them into modern computation in the late 1880s… where punch cards remained for about 100 years. From the Smithsonian’s American History Museum

In the late 1880s, American engineer Herman Hollerith saw a railroad punch card when he was trying to figure out new ways of compiling statistical information for the U.S. Census. His first punch card, like those used on railways, only had holes along the edges. The meaning of each hole was indicated on the card. By the time Hollerith tabulating equipment was used in the 1890 U.S. Census, holes were scattered across the cards, although their meaning was not indicated on it.

Hollerith and his employees at the Tabulating Machine Company in Washington, D.C. soon developed punched cards for use in compiling information for commercial enterprises such as railroads. They and staff of the U.S. Census Bureau prepared improved machines—these devices are shown in the object group on tabulating equipment. By the 1920s, the United States had two major manufacturers of punch card equipment, International Business Machines (the descendent of the Tabulating Machine Company) and Remington Rand (the descendent of Powers Accounting Machine Company established by Russian emigré and former Census Bureau employee James Powers). Each manufacturer developed a distinctive standard punch card. IBM cards had eighty columns of rectangular holes while those of Remington Rand had ninety columns of circular holes. Tabulating machines were widely used in both government and commerce, with cards designed to meet the needs of customers. For example, checks issued by the U.S. government often came on punch cards.

When IBM and Remington Rand began selling electronic computers in the years following World War II, punch cards became the preferred method of entering data and programs onto them. They also were used in later minicomputers and some early desktop calculators. Punch cards surviving in the Smithsonian collections reflect the widespread use of computers – they announced scores on standardized tests, served as a library cards, were part of the proof of mathematical theorems, and kept medical records. Some are printed with the names of users, from university computer centers and computer clubs to the Library of Congress to Bell Laboratories…

Browse the collection: “Punch Cards for Data Processing

See also: here, here, and here.

* Ubiquitous warning on punch cards:

… in the 1950s, after the invention of the computer and its widespread business use, that everyone began to see punch cards. Companies sent punch cards out with bills: the telephone company, utility companies, and even department stores realized that they could save a step in their billing process, as well as making it easier for them to process the returned check, by using the cards themselves as the bills. By the 1960s, punch cards were familiar, everyday objects.

While company employees could be trusted to take care of the cards, the person in the street could not. Warnings were necessary. In the 1930s the University of Iowa used cards for student registration; on each card was printed “Do not fold or bend this card.” Cards reproduced in an IBM sales brochure of the 1930s read “Do not fold, tear, or mutilate this card” and “Do not fold tear or destroy.” I’m not sure when the canonical “Do not fold, spindle, or mutilate” first appeared; it’s one of those traditions whose author and origin is lost in the mists of time. Let’s consider the words one at a time, stop and take them seriously…

– “A Cultural History of the Punch Card” (from 1991; eminently worth reading in full)

###

As we contemplate chads (of which, punch cards produced a gracious plenty), we might spare a thought for Gerald Hawkins; he died on this date in 2003. An astronomer and author, he was best known for his work in archaeoastronomy— most of all, for his 1965 book, Stonehenge Decoded. In the early 1960s, Hawkins had used punch cards to load data modeling sun and moon movements onto magnetic tapes, then into an IBM 7090. The results led him to conclude, as the book argues, that the features at the monument were arranged in such a way as to predict a variety of astronomical events– that Stonehenge was a giant prehistoric observatory and computer. While some archaeologists are hesitant to accept Hawkins’ theories, many archaeoastronomers have built upon his work. More widely, scholars accept that the importance of astronomical alignment and large complexes being planned and constructed to fulfill cosmology has been demonstrated at other prehistoric sites, such as the Snake Mound and Cahokia in the U.S.

source

#archaeoastronomy #astronomy #Babbage #Census #CharlesBabbage #computing #culture #data #GeraldHawkins #HermanHollerith #history #historyOfComputing #Hollerith #input #Jacquard #punchCard #punchCards #Stonehenge #storage #Technology
@thomasweibel
Utilized with eclipses, the Metonic Cycle can also be employed to determine astronomy constants.
Of course longer periods (it is not a true cycle) offer greater precision.
"... accurate integer equation of lunar synodic with the apogee-perigee period ensures greater interval constancy of eclipse observations."
Discussions and EpochCalc applet here:
https://jqjacobs.net/astro/aristarchus.html
https://jqjacobs.net/astro/eclipse.html
#Astronomy #Archaeoastronomy #Meton #Eclipses
Ancient Astronomy, Integers, Great Ratios, and Aristarchos

With all respect to the work of Duane W. Hamacher. But the phrase "Astrology and astrophysics are both systems of understanding our place in the Universe by humans" is just not true, is it?

Astrophysics' results should hold for any other 'species' out there.

From "Cultural Astronomy in the 21st Century - A Brave New World", Editorial by Hamacher, JAC **2026**

https://escholarship.org/uc/item/76d947td

#astrophysics #astronomy #astrology #ethnoastronomy #archaeoastronomy #socialsciences #humanities