Authors: Carlton Frederick
Given a granular space-time where the grains can move freely in x, y, z, and also t. But there is a very small, symmetry-breaking increased probability of a grain moving forward versus moving backward in time. At this juncture then, there is no discernible arrow of time. In order that masses not be pulled apart by moving grains, we assume that grains clump together when the grains hold mass. The more mass there is, the more grains are in the clump. We show that as the clump grows larger, the more the probability increases of the clump moving forward in time as opposed to moving backward. So when the clump size grows to measurable dimensions, the arrow of time points consistently forward.
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[v1] 2022-05-21 21:16:17
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