MG13 - Talk detail

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We regard simple Random Gravity case - a body in the presence of random free fall acceleration with zero mean values and zero space and time correlation radius. Phenomenological consideration permit to assume that the body in such surrounding will be heated by the action of random free fall acceleration up to certain temperature TG for which gravity action will be balanced by outgoing thermal radiation. Thus, Stochastic gravity may be a source of thermal radiation, emitted by any matter. Hence, any attempt to make Space-Time measurements with the help of Frame equipped with corresponding physical devices will be affected by heating the measuring equipment by Random Gravity. As no imaginary screen that can protect Frame equipment from Gravity action is known, thus fundamental (x,t) measurements have to depend on local Temperature TG if there are ever exist possibility to make any (x,t) measurements at all. We discus corresponding problems, the ways to avoid such exotic case and possible observable evidence of such phenomena.

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