Dissertation/Thesis Abstract

Maxwell's Equations and Yang-Mills Equations in Complex Variables: New Perspectives
by Munshi, Sachin, Ph.D., State University of New York at Albany, 2020, 76; 27960465
Abstract (Summary)

Maxwell's equations, named after James C. Maxwell, are a U(1) gauge theory describing the interactions between electric and magnetic fields. They lie at the heart of classical electromagnetism and electrodynamics. Yang-Mills equations, named after C. N. Yang and Robert Mills, generalize Maxwell's equations and are associated with a non-abelian gauge theory called Yang-Mills theory. Yang-Mills theory unified the electroweak interaction with the strong interaction (QCD), and it is the foundation of the Standard Model in particle physics.

The purpose of this thesis is, from a mathematical viewpoint, to derive a complex variable version of Maxwell's equations and Yang-Mills equations in connection with complex geometry, C*-algebras, projective joint spectrum, and Lie algebras. We shall consider working under the Euclidean metric, Minkowski metric, and a Hermitian metric g.

Indexing (document details)
Advisor: Yang, Rongwei
Commitee: Beceanu, Marius, Milas, Antun, Lunin, Oleg
School: State University of New York at Albany
Department: Mathematics and Statistics
School Location: United States -- New York
Source: DAI-B 81/12(E), Dissertation Abstracts International
Source Type: DISSERTATION
Subjects: Mathematics, Theoretical Mathematics, Applied Mathematics
Keywords: C*-algebra, Differential forms, Hodge star operator, Maxwell's equations, Projective joint spectrum, Yang-Mills equations
Publication Number: 27960465
ISBN: 9798641702261
Copyright © 2020 ProQuest LLC. All rights reserved. Terms and Conditions Privacy Policy Cookie Policy
ProQuest