mcompengr Posted October 26, 2014 Share Posted October 26, 2014 Initial Conditions; Inflation by head-start with 10-to-the-80 (+/-) incompressible neutrons, having no "unoccupied" discrete spaces between them in a volume the size of the horizon of a black hole were it to have that mass, whose equilibrium then gets disrupted (bang). Such a mother-of-all black holes would have the lowest possible "Hawking temperature". (Keeping in mind that heat is not a form of energy, but energy transfer.) By itself the knowledge that all the "stuff" in the early universe was in an extremely small space doesn't really say anything about its early microscopic kinetic energy. Its temperature could have been near zero followed by a massive warmth producing (further) inflationary period which was then followed by the expansion and cooling which brought us to where we are today. Link to comment Share on other sites More sharing options...
michel123456 Posted October 26, 2014 Share Posted October 26, 2014 +1 in my fake rep point sytem for having posted in speculations by yourself. Anyway, even if your speculation is correct, it does not answer the question where does that "stuff" comes from. Link to comment Share on other sites More sharing options...
Strange Posted October 26, 2014 Share Posted October 26, 2014 Such a mother-of-all black holes would have the lowest possible "Hawking temperature". It wouldn't be a black hole. A black hole is caused by a concentration of matter in otherwise (approximately) uniform space. Link to comment Share on other sites More sharing options...
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