Real Representations of $C_2$-Graded Groups: The Linear and Hermitian Theories
Dmitriy Rumynin, James Taylor

TL;DR
This paper explores the relationships between linear, antilinear, and hermitian representations of finite $C_2$-graded groups, establishing categorical equivalences that deepen understanding of their structures.
Contribution
It demonstrates categorical equivalences between linear, antilinear, and hermitian representations of finite $C_2$-graded groups, revealing new structural insights.
Findings
Linear representations are equivalent to antilinear representations as an $ppa$-categories.
Hermitian representations are equivalent to usual representations as an $ppa$-categories.
The results unify different types of group representations through categorical equivalences.
Abstract
We study linear and hermitian representations of finite -graded groups. We prove that the category of linear representations is equivalent to a category of antilinear representations as an -category. We also prove that the category hermitian representations, as an -category, is equivalent to a category of usual representations.
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Taxonomy
TopicsAlgebraic structures and combinatorial models · Homotopy and Cohomology in Algebraic Topology · Advanced Topics in Algebra
