Hollow Orbs — Dean De Lucia's Hollow Earth Site (Home)

deandddd · December 12, 2003, 12:00am

Originally published by Dean De Lucia on his site holloworbs.com and relocated here by his request.

Hollow Earth? Can The Earth Be Hollow?

Why wouldn't it be? Think about its round shape. It was centrifugal force that sculpted the Earth, and all the planets. That force was greater at the equators, so they all bulge at the equators. Going towards the poles, that force would have progressively diminished, such that the outline of the planets would have gradually inclined inwards until, at the poles, there would have been no curvature. The crust at the poles would be very thin because the centrifugal force at the poles would have been very little; the matter there would have slid down and concentrated itself at equator and reinforced the crust there.

As the outer crust cooled, any pent up force within the planet would have most likely expressed itself by blowing out through the axial (polar) points and would have formed openings. (Our planet has polar openings) This seems to be what is indicated by the huge, crater-like depressions at the tops of the planets which we can observe. The outer rim or collar of such openings could be a tell-tale sign of such an outburst from the interior which happened long, long ago during the formative stages.

What hollow earth proponents are saying is that the same force which sculpted the outer shape of the planets, that centrifugal force, would have had to have opened up a cavity within the planets, too. The force could not have had such a dramatic impact on the exterior shape and curve of the planets, with no cavity opening up at the core. Because the centrifugal force was not evenly distributed, the interior cavity would have the shape of a football or rugby ball, with the points edging towards the poles.

The cavity of our Earth can't have a liquid interior. If it had, the tidal force exerted by the Moon would have induced the liquid interior to bust through any crust just as soon as such crust could have formed by
cooling.

And it can't be full of molten lava because the Earth has a magnetic field. The magnetic fields touch the poles and the Earth serves as a conductor to close the circuit. If the inner core of the Earth had the temperatures which the Molten Core Theory stipulates that it does, then any magnetic properties would be lost as heat destroys magnetism. And it doesn't take too much heat- this point is called the Curie Point. So the existence of the Earth's magnetic field indicates that the core is not molten nor hot.