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- Thread starter Jonny_trigonometry
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In order to give a temperature to space-time, one would have to define (in advance) or wind up with (as a consequence of the definition) an entropy for space-time - i.e. how many possible states does some amount of space-time contain.

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In order to give a temperature to space-time, one would have to define (in advance) or wind up with (as a consequence of the definition) an entropy for space-time - i.e. how many possible states does some amount of space-time contain.

exactly

I guess this isn't cannonical physics. If one could solve for a stable configuration of space-time that behaves like a particle, then I guess we could consider all the possible configurations of space-time for a given amount of space-time. I've been asking myself recently if space-time and a point particle are mutually exclusive. In other words, what if ther is no space-time at the center of a particle, and in fact a particle is like a "boundary" of space-time? Then there must be some sort of configuration of space-time (or state) that meets the boundary condition at that point (perhaps a "hole" in space-time, or an Einstein-Rosen bridge). Yeah, sorry for all this speculation, I don't like to speculate, but I can't stop these thoughts.

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