Recent experiments in Japan with the Kamiokande neutrino detector provide backing for the Hollow Earth theory. The unit was expected to detect the same concentration of neutrinos from all directions, since neutrinos penetrate solid matter as if it wasn't even there. i.e., The 8,000 miles of Earth's mass would not impede the neutrinos.
But actual results showed far fewer neutrinos arriving from the Earth's far side (underneath) than from the surface above. Neutrinos that had traveled 8,000 miles THROUGH the Earth were being interfered with in some way.
Now, whereas normal MATTER can't intercept neutrinos, they most certainly WOULD interact with (and be largely stopped by) a massive ball of rotating PLASMA at the Earth's center; what we call the "central sun!"
Recent experiments in Japan with the Kamiokande neutrino detector provide backing for the Hollow Earth theory. The unit was expected to detect the same concentration of neutrinos from all directions, since neutrinos penetrate solid matter as if it wasn't even there. i.e., The 8,000 miles of Earth's mass would not impede the neutrinos.
But actual results showed far fewer neutrinos arriving from the Earth's far side (underneath) than from the surface above. Neutrinos that had traveled 8,000 miles THROUGH the Earth were being interfered with in some way.
Now, whereas normal MATTER can't intercept neutrinos, they most certainly WOULD interact with (and be largely stopped by) a massive ball of rotating PLASMA at the Earth's center; what we call the "central sun!"