Supercooled liquids exhibit persistent non-Maxwellian velocity distributions with excess kurtosis 0<κ≲0.3 linked via temperature fluctuation width A_bar≈0.08 to super-Arrhenius viscosity across 45 glass formers.
By enforcing this distribution deterministically, it can distort the nat- ural evolution of dynamical observables in non-ergodic or highly heterogeneous states
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Non-Maxwellian Velocity Statistics in Supercooled Liquids and Their Possible Relation to Super-Arrhenius Viscosity
Supercooled liquids exhibit persistent non-Maxwellian velocity distributions with excess kurtosis 0<κ≲0.3 linked via temperature fluctuation width A_bar≈0.08 to super-Arrhenius viscosity across 45 glass formers.