Non-semisimple extended topological quantum field theories /
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Author / Creator: | De Renzi, Marco, author |
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Imprint: | Providence, RI : AMS, American Mathematical Society, 2022. ©2022 |
Description: | xi, 161 pages : illustrations ; 26 cm |
Language: | English |
Series: | Memoirs of the American Mathematical Society, 0065-9266 ; Number 1364 Memoirs of the American Mathematical Society ; no. 1364. |
Subject: | |
Format: | Print Book |
URL for this record: | http://pi.lib.uchicago.edu/1001/cat/bib/12735351 |
Table of Contents:
- Preface
- Main results
- Where to find a quantum invariant and a TQFT inside an ETQFT
- Outline of the construction
- Structure of the exposition
- Chapter 1. Relative modular categories
- 1.1 Pivotal and ribbon linear categories
- 1.2 Group structures and ribbon graphs
- 1.3 Group actions and group realizations
- 1.4 Projective traces and ambidextrous objects
- 1.5 Relative pre-modular categories
- 1.6 Main definition
- 1.7 Relation with semisimple theory
- Chapter 2. Admissible cobordisms
- 2.1 Group colourings
- 2.2 2-Category of decorated cobordisms
- 2.3 2-Category of admissible cobordisms
- Chapter 3. Extension of Constantino-Geer-Patureau invariants 3.1 Projective and generic stabilizations
- 3.2 Constantino-Geer-Patureau invariants
- 3.3 Universal construction
- 3.4 Extended universal construction
- Chapter 4. Combinatorial and topological properties
- 4.1 Skein equivalence
- 4.2 Surgery axioms
- 4.3 Connection, domination, triviality
- Chapter 5. Graded extensions
- 5.1 2-Spheres
- 5.2 3-Discs
- 5.3 3-Pants
- 5.4 Graded extended universal construction
- Chapter 6. Symmetric monoidality
- 6.1 Graded ETQFT
- 6.2 Graded TQFT
- Chapter 7. Characterization of the image
- 7.1 1-Spheres
- 7.2 2-Discs
- 7.3 2-Pants
- 7.4 2-Cylinders
- 7.5 Examples of computations
- Appendix A. Unrolled quantum groups
- A.1 Even roots of unity
- A.2 Odd roots of unity
- Appendix B. Manifolds and cobordisms with corners
- B.1 Manifolds with corners
- B.2 Collars
- B.3 Gluing
- B.4 Cobordisms with corners
- Appendix C. Signature defects
- C.1 Intersection pairings
- C.2 Lagrangian subspaces
- C.3 Maslov indices
- Appendix D. Symmetric monoidal 2-categories
- D.1 2-Categories
- D.2 Symmetric monoidal structures
- Appendix E. Complete linear and graded linear categories
- E.1 Linear and graded linear categories
- E.2 Complete linear categories
- E.3 Complete graded linear categories
- E.4 Proofs
- Bibliography