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Explore cell fate dynamics in this 51-minute conference talk delivered at the International Centre for Theoretical Sciences as part of the "Unifying Theories in High-Dimensional Biophysics" program. Delve into the complex mechanisms that govern how cells make developmental decisions and transition between different states. Learn about the mathematical frameworks and theoretical approaches used to model cellular decision-making processes, including how cells respond to environmental signals and internal regulatory networks. Discover how low-dimensional models can effectively capture the essential features of high-dimensional biological systems, particularly in the context of cellular development and differentiation. Examine the role of stochasticity and deterministic forces in shaping cell fate trajectories, and understand how these dynamics contribute to tissue formation and organism development. Gain insights into the intersection of theoretical physics and developmental biology, exploring how quantitative approaches can reveal underlying principles governing cellular behavior and fate specification.
