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Statistical Mechanics

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Statistical Mechanics

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Research Frontiers in Glassy Dynamics and Jamming Transitions

Study of slow relaxation processes in supercooled liquids and the geometric jamming transition in granular and colloidal systems.

Replica Symmetry Breaking in Finite-Dimensional Glassy Systems
Dynamical Heterogeneity and Multi-Scale Relaxation in Glass Formers
Critical Scaling at the Jamming Point and Marginal Stability
Active Matter Jamming: Non-Equilibrium Phase Transitions
Memory Effects and Aging in Driven Glassy Materials
Effective Temperatures in Out-of-Equilibrium Glassy States
Landscape Topology and Trap Dynamics in Supercooled Liquids
Shear-Induced Yielding and Flow in Amorphous Solids
Facilitation and Kinetically Constrained Models of Glassy Arrest
Avalanches and Crackling Noise in Jamming Unjamming Cycles

All Statistical Mechanics PhD categories