• 32:32 - 36:50
Wal Thornhill | The Scientific Case For The Electric Universe
Repulsive Gravity, Hollow Planets and Atomic Dipoles
The segment explores the theory that gravity can be repulsive at certain scales, potentially allowing for hollow celestial bodies. Thornhill explains that because atoms are electric dipoles, the internal poles of a planet may resist gravitational compression. This theory challenges the necessity of infinite compression required for black holes and neutron stars in the Big Bang model.