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Black hole: Skirtumas tarp puslapio versijų
(Naujas puslapis: The term "<b>black hole(s)</b>" is a deliberate misnomer for quark-spheres. <br> The term "black hole" spuriously implies that quark-spheres do not emit eny photons, <br> when in truth, they <i>do</i> emit large quantities of photons, in the form of gamma-ray bursts. <br> Small "black holes" emit pulsatile gamma-ray bursts, <br> in which the gamma-rays are of low frequency on the gamma spectrum, <br> whereas larger "black holes" emit gamma-rays of higher frequency, and in a...) |
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<br> accretion-disk that is making those emissions, rather than the "black hole" itself. | <br> accretion-disk that is making those emissions, rather than the "black hole" itself. | ||
[[Kategorija:Astronomy and astrophysics]] | [[Kategorija:Astronomy and astrophysics]] | ||
18:01, 30 spalio 2025 versija
The term "black hole(s)" is a deliberate misnomer for quark-spheres.
The term "black hole" spuriously implies that quark-spheres do not emit eny photons,
when in truth, they do emit large quantities of photons, in the form of gamma-ray bursts.
Small "black holes" emit pulsatile gamma-ray bursts,
in which the gamma-rays are of low frequency on the gamma spectrum,
whereas larger "black holes" emit gamma-rays of higher frequency, and in a more-regular,
less-pulsatile manner.
The super-massiv "black holes" at the centers of galaxies emit gamma-rays of such high frequency
that those gamma-rays quickly split into proton-antiproton pairs.
But, the habitually-lying astrophysicists spuriously say that it is the "black hole's"
accretion-disk that is making those emissions, rather than the "black hole" itself.