A new model of supercooled water reproduces stability-limit and metastable liquid-liquid critical point behaviors and argues for the latter's plausibility via an analogy to Joule-Thomson inversion thermodynamics and black holes.
In our assessment, an enhanced model is required to reasonably meet the low-Tbehavior of a full αp = 0 locus with the form of a closed loop like the one inferred from, e.g., P
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Theory of supercooled water
A new model of supercooled water reproduces stability-limit and metastable liquid-liquid critical point behaviors and argues for the latter's plausibility via an analogy to Joule-Thomson inversion thermodynamics and black holes.