Mechanism for Time Reparametrization Symmetry Breaking in Canonical Gravity as Origin of Quantum Energy Measurement Processes. (arXiv:1601.07623v7 [quant-ph] UPDATED)

We propose a mechanism for time reparametrization symmetry breaking in
canonical gravity. We consider a model of extended canonical gravity, based on
Sen's expression of a particular type of lapse and shift variables as a spin
system, with one additional long-range self-interacting massive spin-$1/2$
particle whose spin is coupled to Sen's spinor in the Hamiltonian. The symmetry
breaking is identified with the origin of the quantum energy measurement
processes. Our theory uses a novel interpretation of quantum mechanics with
respect to quantum mechanical position uncertainties of particles.

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