A dissipation-functional framework is derived from entropy production and used to directly compute stationary shapes and flows of active fluid surfaces, revealing first-order shape transitions and hydrodynamic-screening effects.
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Self-organized dynamics and emergent shape spaces of active isotropic fluid surfaces
A dissipation-functional framework is derived from entropy production and used to directly compute stationary shapes and flows of active fluid surfaces, revealing first-order shape transitions and hydrodynamic-screening effects.