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Microscopic Quantum Mechanics of the p=\rho Universe
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We present a complete quantum mechanical description of a flat FRW universe with equation of state p=\rho. We find a detailed correspondence with our heuristic picture of such a universe as a dense black hole fluid. Features of the geometry are derived from purely quantum input.
Forward citations
Cited by 2 Pith papers
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The Hydrodynamic Approach to Quantum Gravity
Banks proposes and summarizes a holographic space-time framework in which Einstein's equations emerge as hydrodynamics of quantum systems associated to causal diamonds, with a conjectured quantum principle of relativity.
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Can Primordial Black Holes Be Seeds for Early Galaxies in Models Satisfying the Covariant Entropy Bound?
In CEB-obeying models, postulated distributions of primordial black holes decaying to radiation can fit CMB data, account for all dark matter, and seed the early galaxies detected by JWST, with some Planck-scale remna...
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