Abstract

Abstract Let G be a finite group. The subgroup intersection graph Γ ( G ) \text{Γ}(G) of G is a graph whose vertices are non-identity elements of G and two distinct vertices x and y are adjacent if and only if | 〈 x 〉 ∩ 〈 y 〉 | > 1 |\langle x\rangle \cap \langle y\rangle |\gt 1 , where 〈 x 〉 \langle x\rangle is the cyclic subgroup of G generated by x. In this paper, we show that two finite abelian groups are isomorphic if and only if their subgroup intersection graphs are isomorphic.

Highlights

  • There are many papers on assigning a graph to a group

  • The most famous example is the Cayley graphs, whose vertices are elements of groups and adjacency relations are defined by subsets of the groups, see [1,2]

  • We mainly study the subgroup intersection graph of finitely generated abelian groups, which is denoted by Γ(G)

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Summary

Introduction

There are many papers on assigning a graph to a group. The most famous example is the Cayley graphs, whose vertices are elements of groups and adjacency relations are defined by subsets of the groups, see [1,2]. We mainly study the subgroup intersection graph of finitely generated abelian groups, which is denoted by Γ(G) Sattanathan in [8] as follows: the vertices are the non-identity elements of G, and two vertices x and y are adjacent if and only if x ≠ y and |〈x〉 ∩ 〈y〉| > 1, where 〈x〉 is the cyclic subgroup of G generated by x. They characterized some fundamental properties of Γ(G) in [8].

Preliminaries
G Gtor is free and there exists a free subgroup of
Main results
Full Text
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