V
volantis
Guest
<blockquote><font class="small">In reply to:</font><hr /><p>Science doesn't understand the inner most working of stars and QM, as yet can't explain it. These elements, under such extreme pressure produce their own Electrostatic fields that act as a repeller to the massive graviational forces trying to crush them. This is all fine fine for ordinary stars, pretty understood, then we move to neutron stars, and that QED isn't able, in the models, to withstand that gravitational pressure, and should by all intents collapse under its own weight. ...if you can give that answer, you will sell me on this model. please throw all the math you can at me, or links to such. and i would be sold. <p><hr /></p></p></blockquote><br />This is a worthy challenge and one that I would like to take on. But I am not an astrophysicist, nor do I have access to good quality neutron star data. If you could get me known quantities of various neutron stars I will see what I can do. Data such as mass, polar rotation rate, polar rotation offset rate or angle, magnetic field strength, radio frequencies, and diameter for several stars would be helpful.<br /><br />I have Misner, Thorne, and Wheeler's, "Gravitation" to give me ideas on present thinking about neutron star mechanics.<br /><br />My initial thoughts are that the strong force law for the neutron, or a variant of it, could be used to determine the threshold at which the gravitational force of the star rips apart the force holding the Aether fabric together. I suspect that a massive object could rip the surrounding Aether away from the rest of the fabric of space-time, resulting in a collapse that spills all the angular momentum of the dense visible matter back into the sea of dark matter. The surrounding Aether would quickly knit itself back together resulting in an Aether shock wave (gravitational and magnetic waves) that ripples throughout the fabric of space-time. According to this hypothesis, a black hole is an implosion event that lasts for a rel