Overview
Description
A rigorous introduction to the theory of Lie groups with an emphasis on their structure, geometry, and representations. Students will explore Lie groups as smooth manifolds with group structures, the associated Lie algebras, exponential maps, matrix groups, and their actions. The course will provide the foundations needed to understand the role of symmetry in modern mathematics and theoretical physics. Applications to geometry, differential equations, and representation theory will be given.
Requirements
Recommended Preparation
- A solid foundation in advance calculus, linear algebra, and topology, e.g.
MATH 283MATH 330MATH 440
Original catalog text
Recommended Preparation
Recommended Preparation: A solid foundation in advance calculus, linear algebra, and topology, e.g., MATH 283, MATH 330, MATH 440.
Units
Lecture3
Catalog Details
Offering
Offered: Every Fall - Odd Years
Terms
fall
Attributes
Standard
Learning Outcomes
- articulate the definitions and basic properties of Lie groups and their tangent spaces.
- compute examples of Lie groups and their tangent spaces.
- apply the theory of Lie groups to problems in geometry and mathematical physics.