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Despite its influence on alternative archaeology and archaeoastronomy, Hamlet's Mill was largely rejected by the mainstream academic community of its time.
Santillana and von Dechend suggest that a high-level Neolithic or early Bronze Age civilization discovered precession thousands of years before Hipparchus, its traditionally credited discoverer in 127 B.C.. This knowledge was so vital that it was encoded into oral traditions to ensure its survival through "the steep attrition of the ages". Academic Reception and Criticism Hamlet's Mill: An Essay Investigating the Origi...
: The authors interpret the "World Tree" or "Axis Mundi" found in many cultures as a representation of the Earth’s axis. The Argument for a Prehistoric "High Culture" Academic Reception and Criticism : The authors interpret
: Characters like Hamlet (Amlóði in Norse myth), Samson, and various cosmic "millers" represent the mechanism of the heavens. The "mill" symbolizes the rotating sky, and when a mill is "broken" or "unhinged" in myth, it signifies a shift in the world age due to precession. First published in 1969, is a seminal work
First published in 1969, is a seminal work by Giorgio de Santillana, a professor of the history of science at MIT, and Hertha von Dechend, an anthropologist at Frankfurt University. The book proposes a radical reinterpretation of ancient mythology as a sophisticated technical language used to preserve and transmit complex astronomical data, specifically the Precession of the Equinoxes . Core Thesis: Myth as Encoded Science
The authors argue that ancient myths—from Norse and Greek to Polynesian and West African traditions—are not primitive "fairy tales" about fertility or agriculture. Instead, they are "relics and fragments" of an exacting preliterate science.
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