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Explore a physics colloquium lecture from Princeton University researcher William Jacobs examining the rational design principles behind multicomponent biomolecular condensates. Delve into theoretical and computational advances for creating programmable synthetic multiphase condensates, focusing on how protein and nucleic acid condensates establish distinct compartments within living cells. Learn about scaling relations that determine phase diagram complexity in biomolecular systems, optimization algorithms for designing mixtures that self-assemble into prescribed structures, and methods for controlling nucleation pathways. Gain insights into the fundamental limits of phase-separation-mediated organization in biological systems while discovering practical strategies for engineering programmable multiphase condensates that could revolutionize our approach to cellular compartmentalization and biomolecular spatial organization.
