This series explores fundamental principles governing physical phenomena, examining concepts such as gravitation, symmetry, and the arrow of time. The lectures culminate in a discussion of the methodologies employed in the discovery and formulation of new physical laws.
Edward Witten examines renormalization group flows, asymptotic freedom, and the infrared structure of non-Abelian gauge theories in Princeton Physics 539.
Feynman explores the fundamental asymmetry of time in physical laws, examining the concepts of entropy and the arrow of time in the universe.
Feynman elucidates the profound role of symmetry principles in physics, demonstrating their connection to conservation laws and the structure of fundamental interactions.
Feynman introduces the series by examining Newton's law of gravitation, illustrating how physical laws are discovered, formulated, and understood.
