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Explore advanced numerical modeling techniques for complex particle suspensions in this 33-minute conference talk from APS Physics. Discover the rigid multiblob method (RMB) and its recent developments for modeling suspensions containing large numbers of arbitrarily shaped particles subject to multiple physical couplings with controllable accuracy and high scalability. Learn how this versatile approach addresses significant computational hurdles in modeling microswimmers, colloids, and reactive particles that traditional methods cannot handle effectively. Examine applications spanning biophysics, soft and active matter, rheology, materials science, and colloids, understanding how the method's simplicity and versatility enable breakthrough research in these diverse fields. Gain insights into the computational strategies that make large-scale particle suspension modeling feasible while maintaining physical accuracy.
