Classical and Quantum Aspects of the Inhomogeneous Mixmaster Chaoticity
Riccardo Benini, Giovanni Montani
TL;DR
This paper refines the classical and quantum analysis of the inhomogeneous Mixmaster universe, clarifying the effects of boundary conditions on quantum states and connecting quantum behavior to ensemble representations.
Contribution
It provides a detailed refinement of Misner's analysis, linking quantum behavior to ensemble models and examining boundary condition effects in inhomogeneous Mixmaster cosmology.
Findings
Quantum states are significantly influenced by boundary conditions.
The quantum behavior is effectively connected to ensemble representations.
Refined understanding of classical and quantum Mixmaster dynamics in inhomogeneous settings.
Abstract
We refine Misner's analysis of the classical and quantum Mixmaster in the fully inhomogeneous picture; we both connect the quantum behavior to the ensemble representation, both describe the precise effect of the boundary conditions on the structure of the quantum states.
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