Abstract
I propose a gentle (requiring minimal changes to both theories) reconciliation of Quantum Theory and General Relativity. The program for obtaining this reconciliation is to show that: * It is impossible to keep the wavefunction collapse as a discontinuity in the unitary evolution of a quantum system, without violating the local conservation laws. * It is ultimately possible: - to explain the apparent wavefunction collapse without appealing to discontinuous jumps - to account for the Bell correlations, without appealing to nonseparable states - to construct the quantum fields in a manner compatible with General Relativity, by using classical fields partitions - to clarify the quantum measurements and the interface between the quantum and classical levels - to have a nicely behaved energy-momentum tensor of the quantum fields (required by Einstein's equation, which connects the quantum fields with geometry) - to have a consistent theory of Gravity and Quantum Standard Model
Cristinel Stoica