Kinetic Theory and Non-Equilibrium Statistical Physics

Understanding how systems behave outside of thermal equilibrium is essential for modern physics and materials modeling. This course provides a clear introduction to non-equilibrium statistical physics through the kinetic approach. You will start with key terminology, phase space distributions, and foundational statistical principles before moving on to practical kinetic models. What you'll learn: Understand foundational concepts of non-equilibrium states and phase space dynamics. Derive and analyze the Boltzmann transport equation using written step-by-step methods. Calculate transport coefficients including diffusion, viscosity, and thermal conductivity. Derive macroscopic hydrodynamic equations from microscopic kinetic descriptions. Explore modern kinetic modeling concepts including non-equilibrium steady states and active systems. The course structured text lessons move progressively from basic statistical definitions to transport phenomena and modern kinetic applications. This program is tailored for beginners, physics students, and curious learners with no prior background in advanced non-equilibrium mechanics. Begin reading now to master the kinetic foundations of non-equilibrium physics.