Fatima Mahmood

Ph.D. (2012) Cornell University

First Position

Visiting assistant professor at University of Rochester

Dissertation

Jacobi Structures and Differential Forms on Contact Quotients

Advisor

Research Area

symplectic geometry

Abstract

In the first part of this thesis, we generalize the notion of a Jacobi bracket on the algebra of smooth functions on a manifold to the notion of a Jacobi bracket on an abstract commutative algebra. We also prove certain useful properties of the Jacobi structure on a contact manifold. In the second part of this thesis, we develop a de Rham model for stratified spaces resulting from contact reduction. We show that the contact form induces a form on the quotient, and investigate the properties of the reduced contact form. We also describe a Jacobi bracket on the algebra of 0-forms on the singular contact quotient.