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Explore the fascinating intersection of active matter physics and biological systems in this research seminar that examines how epithelial-mesenchymal transitions connect active matter theory, active solids mechanics, and cell migration phenomena. Delve into the fundamental principles of active matter systems where individual components consume energy to generate motion and forces, and discover how these concepts apply to understanding cellular behavior during critical biological processes. Learn about the mechanical properties of active solids and their role in tissue dynamics, particularly focusing on how cells transition between epithelial and mesenchymal states during development, wound healing, and cancer metastasis. Gain insights into the theoretical frameworks that bridge physics and biology, examining how collective cellular behaviors emerge from individual cell properties and interactions. Understand the mathematical models and experimental approaches used to study these complex biological systems, and explore the implications for advancing our knowledge of tissue morphogenesis and disease progression.
