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Explore the fascinating world of liquid-liquid phase separations and condensates through this theoretical physics lecture delivered by Shura Grosberg from New York University. Delve into the fundamental principles governing how materials separate into distinct liquid phases and examine the behavior of condensates both in equilibrium and non-equilibrium states. Understand the underlying physics that drives these phase separation phenomena and their implications for various systems in nature and technology. Learn about the theoretical frameworks used to analyze these complex systems and discover how phase separations occur at the molecular level. Gain insights into the mathematical models and physical concepts that describe the formation, stability, and dynamics of liquid-liquid interfaces and condensed matter phases. This presentation is part of the Kavli Institute for Theoretical Physics Blackboard Talk series, designed to facilitate cross-program communication and maintain the unity of theoretical physics by sharing specialized knowledge across different research areas.
