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Statistical Mechanics

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Statistical Mechanics

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Research Frontiers in Active Matter and Self-Propelled Particles

Analysis of collective behavior in systems of particles that consume energy for autonomous motion, including phase separations and swarming.

Emergent Chirality in Non-Equilibrium Particle Assemblies
Phase Transitions Beyond Equilibrium in Active Fluids
Information Entropy in Self-Propelled Collective Motion
Active Matter at Critical Points and Singularities
Momentum Conservation Breakdown in Driven Particle Systems
Topological Defects and Vorticity in Active Swarms
Time-Reversal Symmetry Breaking at the Particle Scale
Effective Temperature in Far-from-Equilibrium Active Matter
Noise-Induced Organization in Self-Driven Suspensions
Active Jamming and Mechanical Response Under Drive

All Statistical Mechanics PhD categories