Category:
Research Papers
Date Published:
March 12, 2025
Keywords:
problem of change, canonical change, spacetime continuum, CALM, cellular automata, geon, chronon
Abstract:
This 6th paper of the series begins by recalling the old problem of change, one of the most basic problems of physics, but one that physics has not dealt with for centuries. First the problem of change is posed in formal terms, and then it is proved that it has no solution in the spacetime continuum. It is formally demonstrated that, in effect, change is an impossible process in this continuum, the reason for this impossibility being the lack of immediate successiveness (adjacency, contiguity) between the elements of the continuum (points and instants). A discrete model inspired by cellular automata (CALM) is then proposed where the problem of change could finally be solved. It will be the same model that in subsequent papers will be proposed as an initial step in the search for a discrete and finitist model for the observable universe.
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