Explore the dynamic behavior of soft matter, polymer molecules, and biological systems through theoretical concepts, mathematical analysis, and computational modeling. This course integrates concepts from statistical physics, classical mechanics, and soft matter science to provide a comprehensive understanding of complex biological systems and macromolecules.
Key topics include the Gaussian chain model, chain conformation under external fields, scattering functions, Langevin and Smoluchowski equations, and the dynamics of rigid rod-like polymers. Develop essential skills for modeling and analyzing soft matter and biophysical phenomena, including the use of simulation software and basic programming skills. This course offers both theoretical insights and practical computational experience, preparing students for advanced studies in soft matter physics and biophysics.
Recommended background: A bachelor’s degree in science, technology, engineering, or mathematics.