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Explore the fascinating intersection of physics and biology through this comprehensive summer course that demonstrates how physical principles can explain complex living systems. Delve into the dynamics of biological phenomena using tools from nonlinear dynamics, statistical physics, and fluid dynamics to understand predator-prey oscillations, multi-species ecosystem chaos, and microscopic organism locomotion. Learn to model and predict critical biological processes including species competition, population catastrophes, bacterial motility, and collective behavior in fluidic environments. Master the application of physics-based approaches to biological problems through pedagogical instruction that assumes no prior biological knowledge, making complex concepts accessible to undergraduate students. Discover how mathematical modeling can illuminate the underlying mechanisms governing life processes, from individual organism behavior to ecosystem-level dynamics. Gain hands-on experience with theoretical frameworks that bridge the gap between physical sciences and biological systems, preparing you for advanced study in biological physics and related interdisciplinary fields.
