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.
Onuki,Phase transition dynamics(Cambridge Uni- versity Press, 2002)
3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
fields
cond-mat.stat-mech 3representative citing papers
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.
In hyperuniform active fluids, the droplet-nucleation probability follows a quasipotential ~ R^3 - R^4, not the classical surface-volume work ~ R^2 - R^3, while capillary waves break detailed balance.
citing papers explorer
-
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.
-
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.
-
Hyperuniformity in active fluids reshapes nucleation and capillary-wave dynamics
In hyperuniform active fluids, the droplet-nucleation probability follows a quasipotential ~ R^3 - R^4, not the classical surface-volume work ~ R^2 - R^3, while capillary waves break detailed balance.