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＜電子ブック＞
Introduction to Quantum Groups / by Teo Banica

版	1st ed. 2022.
出版者	(Cham : Springer Nature Switzerland : Imprint: Springer)
出版年	2022
大きさ	X, 425 p. 1 illus : online resource
著者標目	*Banica, Teo author SpringerLink (Online service)
件　名	LCSH:Mathematics LCSH:Operator theory FREE:Mathematics FREE:Operator Theory
一般注記	Part I. Quantum groups -- Chapter 1. Quantum spaces -- Chapter 2. Quantum groups -- Chapter 3. Representation theory -- Chapter 4. Tannakian duality -- Part II. Quantum rotations -- Chapter 5. Free rotations -- Chapter 6. Unitary groups -- Chapter 7. Easiness, twisting -- Chapter 8. Probabilistic aspects -- Part III. Quantum permutations -- Chapter 9. Quantum permutations -- Chapter 10. Quantum reflections -- Chapter 11. Classification results -- Chapter 12. The standard cube -- Part IV. Advanced topics -- Chapter 13. Toral subgroups -- Chapter 14. Amenability, growth -- Chapter 15. Homogeneous spaces -- Chapter 16. Modelling questions -- Bibliography -- Index This book introduces the reader to quantum groups, focusing on the simplest ones, namely the closed subgroups of the free unitary group. Although such quantum groups are quite easy to understand mathematically, interesting examples abound, including all classical Lie groups, their free versions, half-liberations, other intermediate liberations, anticommutation twists, the duals of finitely generated discrete groups, quantum permutation groups, quantum reflection groups, quantum symmetry groups of finite graphs, and more. The book is written in textbook style, with its contents roughly covering a one-year graduate course. Besides exercises, the author has included many remarks, comments and pieces of advice with the lone reader in mind. The prerequisites are basic algebra, analysis and probability, and a certain familiarity with complex analysis and measure theory. Organized in four parts, the book begins with the foundations of the theory, due to Woronowicz, comprising axioms, Haar measure, Peter–Weyl theory, Tannakian duality and basic Brauer theorems. The core of the book, its second and third parts, focus on the main examples, first in the continuous case, and then in the discrete case. The fourth and last part is an introduction to selected research topics, such as toral subgroups, homogeneous spaces and matrix models. Introduction to Quantum Groups offers a compelling introduction to quantum groups, from the simplest examples to research level topics HTTP:URL=https://doi.org/10.1007/978-3-031-23817-8

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