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Kyoto University researchers have established a theoretical link where strong-to-weak spontaneous symmetry breaking in mixed states corresponds to wormhole geometries within holographic principles. By utilizing BTZ black hole models, the study proposes that statistical ensemble averaging can constrain viable theories of quantum gravity through this emergent global symmetry mechanism. This work advances our understanding of how abstract symmetry phenomena map onto fundamental spacetime structures like bulk wormholes.

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Kyoto University Finds Quantum Symmetry Breaks Map to Bulk Wormholes

Quantum ZeitgeistJuly 30, 20264 min read

Kyoto University research connects quantum symmetry breaks—specifically, strong-to-weak spontaneous symmetry breaking—to the existence of wormholes via holographic principles.

Kyoto University and University of Tokyo researchers have demonstrated a surprising link between a specific type of symmetry breaking and the theoretical structures of wormholes. The work centers on “strong-to-weak spontaneous symmetry breaking” (SWSSB), a critical phenomenon that, unlike traditional symmetry breaking, occurs only in mixed states like thermal ensembles. Researchers including Taishi Kawamoto demonstrate that SWSSB is realized through wormhole geometries connecting two copies within a using the BTZ black hole as…

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