This volume investigates the complex intersection of biological systems and physical principles, specifically focusing on how molecular interactions scale to form living organisms. The text compiles lectures from the 100th Les Houches Summer School, where leading researchers in biophysics and theoretical physics present a framework for understanding biological phenomena through the lens of quantitative physical modeling. By bridging the gap between microscopic molecular dynamics and macroscopic biological function, the contributors argue for a unified approach to studying life as a physical system.

Experts recognize this collection as a rigorous resource for doctoral students and researchers specializing in the intersection of physics and biology. Readers frequently note the high academic density of the prose and the specialized nature of the mathematical derivations presented throughout the chapters.