"I glanced at the book, and despite my backlog of urgent matters, cracked it open, thinking it would be easy to establish that it could be shelved for good. From the title alone, I immediately had two objections that demanded answers -- how to reconcile a hollow Earth with seismic data, and how to reconcile it with Earth's gravity field as established by artificial satellites. I soon found that you had dealt with the seismic data issue head-on, and offered an intriguing alternate explanation. For merely showing us all that the inferred density profile of Earth's interior is not a unique solution of seismic data -- an important constraint for all theoreticians working in that area -- the book had already made itself worthwhile."
-Tom Van Flandern, Ph.D.
Astronomer

Book Description (from the author)
Many people have written about the Hollow Earth, but few have actually bothered to see whether there may be a real science behind it. In this book I present a seismic model which has some geophysicists fascinated. Indeed, I want it tested by scientists. This book covers the whole gamut of science from seismology to astronomy and examines the possibility that many scientific anomalies may be best explained if we are to assume that the Earth and other planets are also hollow. e.g. The Great Red Spot on Jupiter might be nothing more than a hole in the crust of a hollow planet. What of weather prediction problems? Is Chaos theory the real reason we have problems predicting the weather or is it the existence of Polar Holes?

Excerpt
We now know that air currents will concentrate radioactive fallout in and around the North Pole. The conclusions of the atmospheric scientists who disputed Dibb's theory are therefore well-founded. So how then does this concentration reach the South Pole? Many Russian nuclear tests are conducted far north. I stand to be corrected, but I think the Russians conduct some nuclear tests on the Kola Peninsula which lies at the northernmost point in Russia. I am not sure if they ever conduct above-ground nuclear tests there.

What if there is a hole which goes all the way through the Earth? That is an option which scientists have obviously not considered. What if air sometimes gets sucked into this hole and is sometimes blown out of it due to changing air pressures and the changing seasons on the outside of the Earth? The atmospheric conditions inside a Hollow Planet, regardless of what they are, should be relatively stagnant compared to the outer surface. Any Inner Sun which may be there will remain relatively fixed in position and the surface will suffer from the same level of heat or cold, light or darkness throughout. Hence, there is no reason why atmospheric pressure inside a Hollow Planet should change much except when the Inner Sun itself becomes more active. The major meteorological driving force must therefore lie on the outside of the planet. It is the changing angle of the Earth with respect to the Sun which determines the seasons on the outside of the Earth. When it is winter at the North Pole, it is summer at the South Pole. I seems probably to me that when air is being sucked in through one Polar Hole, it must be blown out of the other. This does of course imply that there must be a slight interchange of hemispheric air at the equator to balance this scenario. It follows that some air may be sucked in one Polar Hole, and over time it might end up being blown out of the other. As an aside, let me add that the atmosphere inside the Earth might be modified slightly by the conditions which are present there. Various chemical and other changes might be made to it while inside the Earth. A scientific study of air entering and leaving the Polar Holes might therefore teach us something about conditions inside the Earth.

Let us return to the Chernobyl problem. If a Polar Hole is located near the North Pole, it then follow that it would suck in the air with the greatest concentration of radioactivity in all of the northern hemisphere. Ove time some of this air would travel right through the Earth and end up being deposited somewhere near the South Pole. We can therefore infer that the entrances to this hole through the Earth lie somewhere near, but no exactly at, the North and South Poles. There are of course no Polar Holes marked on any maps, but one could consider trying to find them by way of weather balloon experiments. If one has the patience, one could try seeing if weather balloons can be sucked into the Earth at one Pole and then spewed out 20 months later at the other Pole. By tracking these balloons, one could establish with absolute certainty whether they traveled along the outside of the Earth or whether they entered the Earth. By noting the points at which they disappeared and reappeared one could then determine exactly where these Polar Holes are. The mere fact that the low-level Chernobyl radioactive fallout was concentrated in a small area near the South Pole is, to me, highly suggestive of the existence of a South Polar Hole not far away.

More information on this guest or topic?