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Soft Matter Physics

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Soft Matter Physics

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Research Frontiers in Liquid Crystal Phase Transitions

Examines molecular ordering phenomena and symmetry breaking in thermotropic and lyotropic liquid crystal systems.

Topological Defects in Dynamic Liquid Crystal Fields
Memory Effects at Nematic-Smectic Phase Boundaries
Chiral Symmetry Breaking in Confined Geometries
Non-Equilibrium Relaxation in Cholesteric Transitions
Strain-Induced Phase Coexistence in Liquid Crystals
Light-Driven Order-Disorder Transitions in Azobenzene Systems
Fluctuation-Mediated Transport Across Isotropic-Nematic Interfaces
Hysteresis and Critical Slowing Down in Smctic Transitions
Orientational Coupling in Binary Liquid Crystal Mixtures
Pretransitional Phenomena in Lyotropic Phase Ordering

All Soft Matter Physics PhD categories