Most Thorough Model
Posted: Wed Mar 18, 2020 2:34 pm
On the 2.0 forum I had a thread by this title devoted to Charles Chandler's model, called Electric Astrophysics, at http://qdl.scs-inc.us/?top=6031 . That thread ended here last year: https://www.thunderbolts.info/forum/php ... el#p127668
FILAMENT THAT FORMED THE SUN
Lately, I started a thread asking for calculations at viewtopic.php?f=3&t=229 to help determine how much pressure would have been produced by two halves of a galactic filament imploding to form the Sun. If there was enough pressure for a long enough period of time, a large amount of heavy elements would have been formed, which would make up the Sun's core. Fusion in or below the photosphere from megalightning there would constantly add more heavy elements, which would likely settle toward the core.
COMPRESSIVE IONIZATION
Charles' model has electric double layers in the Sun, the heavy element core being positive, a negative layer over that, another positive layer of medium heavy elements, another negative layer and the outer layer positive. The gravity is strong enough to force electrons out of the layer and it's called EDP, electron degeneracy pressure. We initially called it Compressive Ionization, which I think is a better description. He figured that meteoric airbursts, like the Tunguska event, etc, are caused by electrons being pulled out of the interior of a meteor via microfissures, leaving positive charge inside that becomes strong enough to blow it apart. I asked him why the positive and negative layers in the Sun would not also blow apart like that. I suppose the Sun's gravity may be strong enough to prevent explosion. I'd like to see a calculation of how much positive and negative charge the Sun's layers would have. Charles thinks the layers rotate at different speeds and that determines the Sun's magnetic field.
FILAMENT THAT FORMED THE SUN
Lately, I started a thread asking for calculations at viewtopic.php?f=3&t=229 to help determine how much pressure would have been produced by two halves of a galactic filament imploding to form the Sun. If there was enough pressure for a long enough period of time, a large amount of heavy elements would have been formed, which would make up the Sun's core. Fusion in or below the photosphere from megalightning there would constantly add more heavy elements, which would likely settle toward the core.
COMPRESSIVE IONIZATION
Charles' model has electric double layers in the Sun, the heavy element core being positive, a negative layer over that, another positive layer of medium heavy elements, another negative layer and the outer layer positive. The gravity is strong enough to force electrons out of the layer and it's called EDP, electron degeneracy pressure. We initially called it Compressive Ionization, which I think is a better description. He figured that meteoric airbursts, like the Tunguska event, etc, are caused by electrons being pulled out of the interior of a meteor via microfissures, leaving positive charge inside that becomes strong enough to blow it apart. I asked him why the positive and negative layers in the Sun would not also blow apart like that. I suppose the Sun's gravity may be strong enough to prevent explosion. I'd like to see a calculation of how much positive and negative charge the Sun's layers would have. Charles thinks the layers rotate at different speeds and that determines the Sun's magnetic field.