GfE theory receives a thermodynamic treatment for FRW spacetimes, yielding emergent dynamical dark energy, k-temperatures and k-pressures obeying a first law, and non-decreasing entropy that recovers standard Friedmann cosmology at low energy.
The world as a hologram.Journal of Mathematical Physics, 36(11):6377–6396
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A review compiling upper and lower bounds on entanglement cost for non-local quantum computation and its connections to cryptography, complexity, communication, and quantum gravity.
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The Thermodynamics of the Gravity from Entropy Theory
GfE theory receives a thermodynamic treatment for FRW spacetimes, yielding emergent dynamical dark energy, k-temperatures and k-pressures obeying a first law, and non-decreasing entropy that recovers standard Friedmann cosmology at low energy.
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Entanglement cost in non-local quantum computation
A review compiling upper and lower bounds on entanglement cost for non-local quantum computation and its connections to cryptography, complexity, communication, and quantum gravity.