Episode #449 from 25:43

Astronomical symbolism

At least I think that's the best theory to explain them. Here, I think it's important to pay tribute to the work of Giorgio de Santillana and Hertha von Dechend. Giorgio de Santillana was professor of history of science actually at MIT, where you are based, back in the sixties. And Hertha von Dechend was professor of the history of science at Frankfurt University, and they wrote an immense book in the 1960s called Hamlet's Mill, and Hamlet's Mill differs very strongly from established opinion on the issue of the phenomenon of precession. And I'll explain what precession is in a moment. Generally, it's held that it was the Greeks who discovered the precession and the dating on that is put back not very far, maybe 2,300 years ago or so. Santillana and von Dechend are pointing out that knowledge of precession is much, much older than that, thousands of years older than that. And they do actually trace it. I think I'm quoting them pretty much correctly to some almost unbelievable ancestor civilization. Reading that book was one of the several reasons that I got into this mystery in the first place. Okay, now, the precession of the equinoxes, to give it its full name, results from the fact that our planet is the viewing platform from which we observe the stars. And our planet, of course, is rotating on its own axis at roughly a thousand miles an hour at the equator. But what's less obvious is that it's also wobbling on its axis. So if you imagine the extended North Pole of the earth pointing up at the sky in our time, it's pointing at the star Polaris, and that is our pole star. But Polaris has not always been the pole star precisely because of this wobble on the axis of the Earth.

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At least I think that's the best theory to explain them. Here, I think it's important to pay tribute to the work of Giorgio de Santillana and Hertha von Dechend. Giorgio de Santillana was professor of history of science actually at MIT, where you are based, back in the sixties. And Hertha von Dechend was professor of the history of science at Frankfurt University, and they wrote an immense book in the 1960s called Hamlet's Mill, and Hamlet's Mill differs very strongly from established opinion on the issue of the phenomenon of precession. And I'll explain what precession is in a moment. Generally, it's held that it was the Greeks who discovered the precession and the dating on that is put back not very far, maybe 2,300 years ago or so. Santillana and von Dechend are pointing out that knowledge of precession is much, much older than that, thousands of years older than that. And they do actually trace it. I think I'm quoting them pretty much correctly to some almost unbelievable ancestor civilization. Reading that book was one of the several reasons that I got into this mystery in the first place. Okay, now, the precession of the equinoxes, to give it its full name, results from the fact that our planet is the viewing platform from which we observe the stars. And our planet, of course, is rotating on its own axis at roughly a thousand miles an hour at the equator. But what's less obvious is that it's also wobbling on its axis. So if you imagine the extended North Pole of the earth pointing up at the sky in our time, it's pointing at the star Polaris, and that is our pole star. But Polaris has not always been the pole star precisely because of this wobble on the axis of the Earth.

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Astronomical symbolism chapter timestamp | Graham Hancock: Lost Civilization of the Ice Age & Ancient Human History | EpisodeIndex