Realization of "ER=EPR"
Xin Jiang, Peng Wang, Houwen Wu, Haitang Yang

TL;DR
This paper concretely demonstrates the ER=EPR conjecture by deriving Einstein-Rosen bridges from quantum entanglement in a thermofield double state, linking spacetime geometry with entanglement entropy.
Contribution
It provides a explicit, computable realization of ER=EPR, connecting wormhole geometry with quantum entanglement and verifying spacetime emergence from entanglement.
Findings
Explicit derivation of Einstein-Rosen bridge from entanglement
Identification of Bekenstein-Hawking entropy as entanglement entropy
Quantitative verification of spacetime emergence conjecture
Abstract
We provide a concrete and computable realization of the conjecture, by deriving the Einstein-Rosen bridge from the quantum entanglement in the thermofield double CFT. The Bekenstein-Hawking entropy of the wormhole is explicitly identified as an entanglement entropy between subsystems of the thermofield double state. Furthermore, our results provide a quantitative verification of Van Raamsdonk's conjecture about spacetime emergence.
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Taxonomy
TopicsGraphite, nuclear technology, radiation studies
