Free online courseThermodynamics and Statistical Physics

Course Description

Dive into the fascinating world of Thermodynamics and Statistical Physics with this comprehensive online course. This course is part of the Basic Studies category, focusing on the physics subcategory, and offers an in-depth exploration of critical concepts in thermal physics. You will start with foundational topics such as Specific Heat Capacity and the Kinetic Theory of Gases, progressing to advanced themes like the introduction to thermodynamics, heat capacity at constant volume, and adiabatic change.

University-level topics are covered extensively, providing insights into thermodynamic potentials, the Carnot Cycle, and the Second Law of Thermodynamics. The course then transitions into Statistical Physics, beginning with the Gibbs Entropy Derivation and progressing through significant theories such as the Boltzmann Distribution and Magic Box Relations.

Explore the N-Particle Partition Function and the Equipartition Theorem, learn about the Dulong-Petit Law and the Einstein Model of a Crystal, and understand complex concepts like Density of States and the Dilute Gas Limit. The course delves into particle physics, covering Fermions and Bosons, with dedicated segments on Bose-Einstein Condensation and the Fermi Gas.

In the realm of condensed matter physics, you study the Sommerfeld Model, Phonons, and the Debye Model, while also exploring phenomena such as Planck's Law and the Ultraviolet Catastrophe. The course concludes with cutting-edge topics in magnetism, phase transitions, and superconductivity.

Whether you are a beginner or looking to reinforce your knowledge, this course is designed to provide a structured and comprehensive learning experience, equipping you with the analytical skills necessary to understand the underlying principles of thermodynamics and statistical physics.