Time and a Temporally Statistical Quantum Geometrodynamics

Abstract

This paper is an exposition of the author's recent work (arXiv:1001.3382 [hep-th], arXiv:1005.5430 [cond-mat.dis-nn], arXiv:1212.4956 [quant-ph]) on modeling M-theory vacua and quantum mechanical observers in the framework of a temporally statistical description of quantum geometrodynamics, including measurement processes based on the canonical theory of quantum gravity. In this paper we deal with several fundamental issues of time: the time-less problem in canonical quantum gravity; the physical origin of state reductions; and time-reversal symmetry breaking. We first model the observers and consider the time-less problem by invoking the time reparametrization symmetry breaking in the quantum mechanical world as seen by the observers. We next construct the hidden time variable theory, using a model of the gauged and affinized S-duality symmetry in type IIB string theory, as the statistical theory of time and explain the physical origin of state reductions using it. Finally, by the extension of the time reparametrization symmetry to all of the temporal hidden variables, we treat the issue of time reversal symmetry breaking as the spontaneous breaking of this extended time reparametrization symmetry. The classification of unitary time-dependent processes and the geometrizations of unitary and non-unitary time evolutions using the language of the derived category are also investigated.

Review, 89 pages, version to be published, v3

References in corpus (6)

• Cortical phase transitions, non-equilibrium thermodynamics and the time-dependent Ginzburg-Landau equation
• Field Equations of Massless Fields in the New Interpretation of the Matrix Model
• Space-Time Uncertainty and Approaches to D-Brane Field Theory
• Field Theory of Yang-Mills Quantum Mechanics for D Particles
• Dynamical Gauged S-duality Spontaneous Breakdown
• Quantum Mechanical Observers and Time Reparametrization Symmetry