Equivariant Topological Quantum Field Theory in Dimension 2
Ana Gonz\'alez, Carlos Segovia

TL;DR
This paper provides a detailed proof of the equivalence between 2D G-equivariant topological quantum field theories and G-Frobenius algebras, extending prior results by Moore and Segal.
Contribution
It offers a comprehensive and detailed proof of the monoidal equivalence between G-equivariant TQFTs and G-Frobenius algebras in dimension 2.
Findings
Establishes the monoidal equivalence in dimension 2
Provides detailed proof of the equivalence
Clarifies the structure of G-equivariant TQFTs
Abstract
For a finite group, we prove in dimension 2 that there is a monoidal equivalence between the category of -equivariant topological quantum field theories and the category of -Frobenius algebras, this was proved by G. Moore and G. Segal. This work consists to give, in more detail, a proof of this result.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Algebraic structures and combinatorial models · Advanced Operator Algebra Research
