TL;DR
This paper explores quantum behaviors in space-times with dynamic horizons, examining co-gravitating quantum systems and the universe's large-scale causal structure to bridge general relativity and quantum physics.
Contribution
It introduces analysis of quantum behaviors on dynamic horizons and discusses the causal structure of a multi-fluid cosmology, advancing understanding of quantum-gravity interactions.
Findings
Quantum behaviors on space-times with dynamic horizons demonstrated
Analysis of co-gravitating quantum systems provided
Large-scale causal structure of multi-fluid cosmology examined
Abstract
Geometries with horizons offer insights into relationships between general relativity and quantum physics. Quantum mechanics constrains relationships between kinematic parameters and the coordinates describing the dynamics. Example quantum behaviors on space-times with dynamic horizons will be demonstrated, with an emphasis on examining co-gravitating quantum systems. Finally, the large scale causal structure of a multi-fluid cosmology that can describe dynamic coherent aspects of the universe as a whole will be presented.
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