One of the strongest proofs that has been laid out is the re-analysing of the magnetic felt preserved in species of rocks. The surveys are done by acknowledged Geophysics. Results bear proof that the earth must have had as many as eight poles at the same time, or else the continents must have been gathered around Equator as shown in my model. A model where the continents stretches from Pole to Pole can in no way be right if we take these measures for what they are. A re-analysis of old measurements of these fields has forced geologists to conclude that either the migrating continents were clustered closer to the equator than previously thought, or that the Earth's magnetic field was not the simple pair of poles it is today.
Geologists track the history of continental motion by measuring the magnetism of ancient rocks.
As some rocks form, they retain an imprint of the Earth's magnetic field. The field direction and the age of the rock together show the latitude of the continent at the time the rock formed, provided that the shape of the terrestrial magnetic field at the time can be worked out. Today, the Earth's magnetic field lines, which emanate from the poles and surround the planet, have a simple and predictable distribution. Geologists have proved that for at least five million years the field has been a dipole, like a bar magnet with poles aligned on the planet's axis. And they calculate ancient latitudes assuming the field has always been a dipole, says Dennis Kent of the Lamont-Doherty Earth Observatory in Palisades, New York.