Dissertation/Thesis Abstract

The Yang-Mills functional and Laplace's equation on quantum Heisenberg manifolds
by Kang, Sooran, Ph.D., University of Colorado at Boulder, 2009, 137; 3354600
Abstract (Summary)

In this thesis, we discuss the Yang-Mills functional and its critical points on quantum Heisenberg manifolds using the noncommutative geometrical method developed by Alain Connes. Quantum Heisenberg manifolds are invented by Marc Rieffel, which are the deformation quantizations of Heisenberg manifolds, denoted by [special characters omitted]. We describe Grassmannian connection and its curvature on a projective module Ξ over the noncommutative C*-algebra, [special characters omitted], and produce a specific element R in this projective module that determines both a non-trivial Rieffel projection and the curvature of the corresponding Grassmannian connection. Also, we will introduce the notion of multiplication-type elements of [special characters omitted](Ξ) in order to find a set of critical points of the Yang-Mills functional on quantum Heisenberg manifolds. In our main result, we construct a certain family of connections on Ξ that give rise to critical points of the Yang-Mills functional, using a multiplication-type operator. Moreover we show that this set of solutions can be described by a set of solutions to Laplace's equation on quantum Heisenberg manifolds.

Indexing (document details)
Advisor: Packer, Judith A.
Commitee: Gorokhovsky, Alexander, Grunwald, Dirk, Gustafson, Karl, Ramsay, Arlan
School: University of Colorado at Boulder
Department: Mathematics
School Location: United States -- Colorado
Source: DAI-B 70/04, Dissertation Abstracts International
Subjects: Mathematics
Keywords: Grassmannian connections, Laplace's equation, Quantum Heisenberg manifolds, Yang-Mills functional
Publication Number: 3354600
ISBN: 978-1-109-11687-8
Copyright © 2021 ProQuest LLC. All rights reserved. Terms and Conditions Privacy Policy Cookie Policy