Generalizations of Lagrange and Sylow Theorems for Groupoids
Gustav Beier, Christian Garcia, Wesley G. Lautenschlaeger, Juliana, Pedrotti, Tha\'isa Tamusiunas

TL;DR
This paper extends classical group theory theorems to finite groupoids, providing a classification method, and generalizations of Lagrange's and Sylow's theorems, linking coset cardinality and index.
Contribution
It introduces a novel classification approach for finite groupoids and generalizes fundamental theorems from group theory to the broader context of groupoids.
Findings
A classification method for finite groupoids
A generalized Lagrange's Theorem for groupoids
A Sylow theory applicable to groupoids
Abstract
We show a classification method for finite groupoids and discuss the cardinality of cosets and its relation with the index. We prove a generalization of the Lagrange's Theorem and establish a Sylow theory for groupoids.
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Taxonomy
TopicsFuzzy and Soft Set Theory · Advanced Algebra and Logic · Homotopy and Cohomology in Algebraic Topology
