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Explore fundamental concepts in glass physics through this conference session featuring two distinguished speakers examining the theoretical foundations and interdisciplinary applications of glass transitions. Delve into the physics of glasses and glass transitions, which serve as crucial frameworks for understanding not only fundamental physical phenomena but also practical applications in smart materials design, biological systems analysis, and computational optimization. Learn from Sidney Nagel's presentation on unifying theoretical concepts in glass physics, followed by Suri Vaikuntanathan's insights into the broader implications of glass transition studies. Discover how glass physics research connects diverse fields including materials science, biology, and computer science, providing essential knowledge for designing stimuli-responsive materials and understanding complex dense assemblies in cellular and sub-cellular environments. Gain insights into how glass transition principles apply to optimization problems in computational contexts, making this session valuable for researchers and students working across multiple scientific disciplines.
