Talk:Orders of magnitude (temperature)

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[edit] Planck temperature

Considering plank temperature is supposed to be the hottest temeprature that can be physically possible, why are there some entries as many as 3 order of magnitude higher? Rhialto 02:34, 4 April 2007 (UTC)

The Planck temperature corresponds with the Planck mass-energy of two bodies whose two level separations by gravital potential is equal to the wavelength of that potential. As gravity is rather weak, the mass of two motes and their attendant nearness must be rather strong. At that scale resonanses between gravity and elèctricity are sharp and coherent. It may be the greattest temperature that any body can hold with, say, elèctricity without interferent interactions, but it doesn't mean that it's the greattest possibil temperature. Above that temperature and below that length and span, interactions are "fuzzy" or "foamy" rather than nonexistent because all the forses are involved. There should be more ènèrjetic harmònics yonder that scale. -lysdexia 07:38, 12 April 2007 (UTC)