Jason Jorjani

Moreover, if you look at the research of Charles Hapgood, who was a—actually, he was a historian, but he started to develop interesting geophysical theories, and he worked on contract for the CIA for a while. He was a history professor, but he had classified clearances, and he worked with the CIA.

Moreover, if you look at the research of Charles Hapgood, who was a—actually, he was a historian, but he started to develop interesting geophysical theories, and he worked on contract for the CIA for a while. He was a history professor, but he had classified clearances, and he worked with the CIA.

And he developed this theory of earth crustal slippage, that when you look at the flash-frozen mammoths in Siberia, who were frozen with the food undigested in their stomachs— and certain other things, it looks like the crust of the Earth slipped by several thousand miles suddenly. And this is why we have stories from various tribes who say that the stars fell.

And he developed this theory of earth crustal slippage, that when you look at the flash-frozen mammoths in Siberia, who were frozen with the food undigested in their stomachs— and certain other things, it looks like the crust of the Earth slipped by several thousand miles suddenly. And this is why we have stories from various tribes who say that the stars fell.

And he developed this theory of earth crustal slippage, that when you look at the flash-frozen mammoths in Siberia, who were frozen with the food undigested in their stomachs— and certain other things, it looks like the crust of the Earth slipped by several thousand miles suddenly. And this is why we have stories from various tribes who say that the stars fell.

Earth crustal slippage is this technical term for this particular theory. Earth crustal slippage, Charles Hapgood. And if that theory is correct... And that's how the mammoths were flash frozen in Siberia. And the food that we found undigested, frozen in their stomachs, is food of a temperate climate. Okay? So it means that Siberia used to have a temperate climate.

Earth crustal slippage is this technical term for this particular theory. Earth crustal slippage, Charles Hapgood. And if that theory is correct... And that's how the mammoths were flash frozen in Siberia. And the food that we found undigested, frozen in their stomachs, is food of a temperate climate. Okay? So it means that Siberia used to have a temperate climate.

Earth crustal slippage is this technical term for this particular theory. Earth crustal slippage, Charles Hapgood. And if that theory is correct... And that's how the mammoths were flash frozen in Siberia. And the food that we found undigested, frozen in their stomachs, is food of a temperate climate. Okay? So it means that Siberia used to have a temperate climate.

It was suddenly pulled toward the polar region, the north polar region.

It was suddenly pulled toward the polar region, the north polar region.

It was suddenly pulled toward the polar region, the north polar region.

It happens because during ice ages... the earth gets top-heavy from all the ice that's weighing down the crust. So it causes it to slip at a certain point. And the fact that the food in the mammoth stomachs is food from a temperate climate means that Siberia was suddenly pulled into the northern polar region. If you look at Antarctica...

It happens because during ice ages... the earth gets top-heavy from all the ice that's weighing down the crust. So it causes it to slip at a certain point. And the fact that the food in the mammoth stomachs is food from a temperate climate means that Siberia was suddenly pulled into the northern polar region. If you look at Antarctica...

It happens because during ice ages... the earth gets top-heavy from all the ice that's weighing down the crust. So it causes it to slip at a certain point. And the fact that the food in the mammoth stomachs is food from a temperate climate means that Siberia was suddenly pulled into the northern polar region. If you look at Antarctica...

And you look at how Siberia slipped, it means as Siberia slipped suddenly into the northern polar region, Antarctica slipped suddenly by several thousand miles into the southern polar region. So about two-thirds of Antarctica would have been where Argentina is today. Argentina is a great place. Great agriculture, great wine, great livestock.

And you look at how Siberia slipped, it means as Siberia slipped suddenly into the northern polar region, Antarctica slipped suddenly by several thousand miles into the southern polar region. So about two-thirds of Antarctica would have been where Argentina is today. Argentina is a great place. Great agriculture, great wine, great livestock.

And you look at how Siberia slipped, it means as Siberia slipped suddenly into the northern polar region, Antarctica slipped suddenly by several thousand miles into the southern polar region. So about two-thirds of Antarctica would have been where Argentina is today. Argentina is a great place. Great agriculture, great wine, great livestock.

Atlantis would have been very habitable if Atlantis were Antarctica before the crustal slippage. So Hess, what did Hess know?

Atlantis would have been very habitable if Atlantis were Antarctica before the crustal slippage. So Hess, what did Hess know?

Atlantis would have been very habitable if Atlantis were Antarctica before the crustal slippage. So Hess, what did Hess know?