Extends classical nucleation theory to nonequilibrium non-conserved scalar fields by showing the time-reversed-relaxation ansatz fails and deriving corrected quasipotentials via two independent routes, validated numerically.
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A driven hard-disk model reveals that conservation laws and slow glassy dynamics select among |q|KPZ, wet-|q|KPZ, and a new universality class for active-matter interfaces.
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Nucleation and time-reversal symmetry breaking in nonconserved scalar field theories
Extends classical nucleation theory to nonequilibrium non-conserved scalar fields by showing the time-reversed-relaxation ansatz fails and deriving corrected quasipotentials via two independent routes, validated numerically.
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Conservation laws and slow dynamics determine the universality class of interfaces in active matter
A driven hard-disk model reveals that conservation laws and slow glassy dynamics select among |q|KPZ, wet-|q|KPZ, and a new universality class for active-matter interfaces.