Fine Structure Constant, Anomalous Magnetic Factor and Transport Coefficients - Part 1

Explore fundamental concepts in quantum field theory and condensed matter physics through this 90-minute lecture examining the fine structure constant, anomalous magnetic factor, and transport coefficients. Delve into the mathematical foundations and physical interpretations of these crucial quantities that govern electromagnetic interactions and material properties. Learn how the fine structure constant characterizes the strength of electromagnetic coupling, understand the anomalous magnetic moment's role in quantum electrodynamics, and investigate transport coefficients that describe how materials conduct electricity, heat, and other physical quantities. Gain insights into the theoretical frameworks connecting these concepts and their applications in modern physics research. This presentation forms part of the Quantissima sur Oise Thematic Month 2025, offering advanced perspectives on quantum phenomena and their mathematical descriptions.