Groups: Presentations and Representations
by Christopher Cooper
Publisher: Macquarie University 2008
Number of pages: 203
This is a first course on group theory but is more suitable to a third year student than a first year one. It attempts to motivate group theory with many illustrative examples such as shuffling of cards, bell ringing and permutation puzzles. As well as the usual introductory theory there's an elementary introduction to representation theory, to the Todd-Coxeter algorithm and to free groups.
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by F. J. Yndurain - arXiv
The following notes are the basis for a graduate course. They are oriented towards the application of group theory to particle physics, although some of it can be used for general quantum mechanics. They have no pretense of mathematical rigor.
by Richard Pink - ETH Zurich
The aim of the lecture course is the classification of finite commutative group schemes over a perfect field of characteristic p, using the classical approach by contravariant Dieudonne theory. The theory is developed from scratch.
by Frank W. K. Firk - Orange Grove Texts Plus
This is an introduction to group theory, with an emphasis on Lie groups and their application to the study of symmetries of the fundamental constituents of matter. The text was written for seniors and advanced juniors, majoring in the physical sciences.
by Michael Ruzhansky, Ville Turunen - Aalto TKK
Contents: Groups (Groups without topology, Group actions and representations); Topological groups (Compact groups, Haar measure, Fourier transforms on compact groups..); Linear Lie groups (Exponential map, Lie groups and Lie algebras); Hopf algebras.