Black holes are interpreted as condensates of spacetime's thermodynamic degrees of freedom, providing thermodynamic interpretations for mass density, entropy, and non-singularity tied to metric properties and backed by merger observations.
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Black hole mergers as probes of spacetime's condensed degrees of freedom?
Black holes are interpreted as condensates of spacetime's thermodynamic degrees of freedom, providing thermodynamic interpretations for mass density, entropy, and non-singularity tied to metric properties and backed by merger observations.