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The Black Star Is Born: a quantum based alternative to blackholes!
On Oct 11, 11:40*am, Double-A wrote:
In the current issue of the Scientific American, four physicists give their theory of a process called vacuum polarization by gravity in which the extreme curvature of space itself near extreme mass prevents black holes in the conventional sense from forming, but instead an entity they call a Black Star is formed. http://www.scientificamerican.com/ar...tars-not-holes Hell, the abbreviated text here seems to describe what we were discussing a year and a half or so ago- defining a BH more properly as a frozen EM blackbody or FEMBB. oc |
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The Black Star Is Born: a quantum based alternative to blackholes!
On Oct 11, 2:13*pm, jughead wrote:
On Oct 11, 11:40*am, Double-A wrote: In the current issue of the Scientific American, four physicists give their theory of a process called vacuum polarization by gravity in which the extreme curvature of space itself near extreme mass prevents black holes in the conventional sense from forming, but instead an entity they call a Black Star is formed. http://www.scientificamerican.com/ar...tars-not-holes Hell, the abbreviated text here seems to describe what we were discussing a year and a half or so ago- defining a BH more properly as a frozen EM blackbody or FEMBB. * * * * * * * * * oc Correct!, of sufficiently heavy mass stars, whereas their 2r, 4r or possibly 16r escape velocity exceeds c, by rights these items should appear as a black star or black hole if you like. I've only said this and having argued on behalf of such at least a hundred times, and so what's the big deal? A neutron star might be within that realm of hosting sufficient gravity in order to become a relatively small black star. The energy and subsequent combining force of electrons and positrons is yet another kind of sufficient density potential and thereby black star potential that’s every bit as black hole worthy, and perhaps that's almost as worthy as a thick cloud of resting photons surrounding a core of antimatter should look black and not otherwise transparent, even though the associated mass is not necessarily the cause of such absolute darkness. ~ BG |
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