tag:blogger.com,1999:blog-30708128.post4483118972745594460..comments2023-12-27T00:49:31.972-08:00Comments on Aether Wave Theory: Is dark matter of large gallaxies supersymmetric to black holes?Zephirhttp://www.blogger.com/profile/06010623752049244967noreply@blogger.comBlogger3125tag:blogger.com,1999:blog-30708128.post-78807260677276214772023-10-15T06:08:51.101-07:002023-10-15T06:08:51.101-07:00Great bloogGreat bloogKunal Merchanthttps://kunalmerchant.tumblr.com/noreply@blogger.comtag:blogger.com,1999:blog-30708128.post-8722661993768413442014-02-15T03:33:13.013-08:002014-02-15T03:33:13.013-08:00In 1974, theorists William Press and Saul Teukolsk...<a href="http://www.newscientist.com/article/mg22129550.600-black-hole-bombs-are-they-dark-matter-in-disguise.html?full=true" title="http://www.newscientist.com/article/mg22129550.600-black-hole-bombs-are-they-dark-matter-in-disguise.html?full=true" rel="nofollow">In 1974, theorists William Press and Saul Teukolsky noted</a> that if a black hole were spinning fast enough, light of a long-enough wavelength passing close by would scatter off it, rather than being sucked in. If this spinning black hole were to be surrounded by something like a mirror, the light could be reflected and scattered many times. Fuelled by energy from the rotation of the black hole, it would bounce back and forth and amplify itself in a runaway process rather like what happens in the mirrored cavity within a laser. If the surrounding mirror were removed or shattered, the light would instantaneously escape in a powerful burst of light and heat – a black hole bomb. <a href="http://www.cfa.harvard.edu/~loeb/" rel="nofollow">Abraham Loeb</a> thinks the primordial black holes might provide an identity for dark matter.<br />I'm sorta confused with this stance, because the primordial black holes were already considered (and never found) as a significant component of dark matter with Randall and Sundrum before twenty years. But these primordial black holes are assumed to be rather small and in AWT they simply correspond the atom nuclei. If Leob thinks about black holes residing at the center of galaxies, then this idea becomes more relevant, because in AWT the galaxies are formed with collapse of dark matter (neutrinos and photons) into quasars and recycle the matter and radiation released with previous generation of galaxies in this way. It would mean, these ideas converge to AWT models, but they're still limited by their adherence on Big Bang cosmology. If you imagine, how such cloud of dark matter collapses into galaxy, then the above idea gives sense for AWT, when concept of multiverse is taken into account. This moment will represent the nucleosynthesis and atom formation from dark matter - we just need to imagine it like the process widespread around quasars across observable universe. <a href="http://www.nature.com/news/search-for-primordial-black-holes-called-off-1.14551" rel="nofollow">Another article in Nature</a> openly presents the Press & Teucolsky mechanism as an evidence of impossibility of primordial black holes survival (the electron plasma should form an amplifying mirror for the photons bouncing around a black hole).<br />So, now it seems, the physicists did throw the concept of primordial black holes into bin. When they will realize, that these microblackholes are stabilized with extradimensions and they actually represent the common hadrons and atom nuclei formed during nucleosynthesis, they will be forced to reinvent and bring it back.<br />IMO the level of conceptual confusion in mainstream physics just passed its historical supremum. The physicists already realized, that their simplistic models don't work well, but they still didn't realize, here are alternative interpretations of these models with existing artifacts, which are indeed much more complex, than that - but their similarity is still apparent.<br />Zephirhttps://www.blogger.com/profile/06010623752049244967noreply@blogger.comtag:blogger.com,1999:blog-30708128.post-42118696297431269692012-09-18T06:26:27.884-07:002012-09-18T06:26:27.884-07:00Heavy photons are too light to be behind dark matt...<a href="http://www.newscientist.com/article/mg21528824.100-heavy-photons-are-too-light-to-be-behind-dark-matter.html?DCMP=OTC-rss&nsref=physics-math" rel="nofollow">Heavy photons are too light to be behind dark matter</a>. Heavy photons are one of few dozens of less or more theoretical concepts, which are attributed to existence of dark matter. I ordered them by their average rest mass, which differs in twenty(!) orders of magnitude: <i>scalar field, quintessence, mirror matter, axions, inflatons, heavy photons, fat strings, sterile neutrinos, chameleon particles, dark fluid</i> and <i>dark baryons, fotinos, gravitinos</i> and <i>WIMPs, SIMPs, MACHOs, RAMBOs, DAEMONs</i> and <i>micro-black holes</i>. And I probably missed many others...<br />Zephirhttps://www.blogger.com/profile/06010623752049244967noreply@blogger.com