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Resolution of the Measurement Problem from a Quantum Gravity Perspective
[post]
2019
unpublished
Recent advances in the theory of quantum gravity show that the Ricci flow serves as the time evolution operator for the vacuum energy density and that in the presence of baryonic matter, the Ricci flow is analogous to the heat equation in the presence of a heat sink. Here we show using the equations of quantum gravity, that quantum information can be modelled as a thermal fluid consisting of a superposition of weakly excited eigenstates of a quantum field and that each eigenstate vector has an
doi:10.20944/preprints201909.0023.v1
fatcat:lptzytfiizafdj74ps4rrtz3dy