Fermions of integer spin and fermions of half spin could be explained simply: The measurement of angular momentum could vary as the universe expands. So that the values of spin vary with the mathematical variability of "constants." If the masses of fermions varies with the expansion co efficients of the mesh, could not the value of the planck constant also be subject to variation? If the boson interacts with a variable space, could not the mass of "empty space" be a factor? Inbox me with questions, the mathematics are quite interesting, and not inconsistent with the model.
Posted on: Thu, 29 Aug 2013 00:09:50 +0000
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