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Bibliographic Details
Main Authors: Sridharan, K. N., Kumar, N. Shravan
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2503.11403
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author Sridharan, K. N.
Kumar, N. Shravan
author_facet Sridharan, K. N.
Kumar, N. Shravan
contents Let $G$ be a locally compact second countable groupoid with a Haar system. In this article, we introduce the induced representation of $G$ from a continuous unitary representation of a closed wide subgroupoid $H$ with a Haarsystem provided there exists a full equivariant system of measures $μ=\{μ^{u}\}_{u\in G^{0}}$ on $G/H$. We prove some basic properties of induced representation and a theorem on induction in stages. A groupoid version of Mackey's tensor product theorem is also provided. We also prove a groupoid version of Frobenius Reciprocity theorem on compact transitive groupoids.
format Preprint
id arxiv_https___arxiv_org_abs_2503_11403
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Induced Representation of Topological groupoids
Sridharan, K. N.
Kumar, N. Shravan
Operator Algebras
Functional Analysis
Primary 18B40, 22A30, Secondary 46L08
Let $G$ be a locally compact second countable groupoid with a Haar system. In this article, we introduce the induced representation of $G$ from a continuous unitary representation of a closed wide subgroupoid $H$ with a Haarsystem provided there exists a full equivariant system of measures $μ=\{μ^{u}\}_{u\in G^{0}}$ on $G/H$. We prove some basic properties of induced representation and a theorem on induction in stages. A groupoid version of Mackey's tensor product theorem is also provided. We also prove a groupoid version of Frobenius Reciprocity theorem on compact transitive groupoids.
title Induced Representation of Topological groupoids
topic Operator Algebras
Functional Analysis
Primary 18B40, 22A30, Secondary 46L08
url https://arxiv.org/abs/2503.11403