Abstract

Let XX be a finite set such that ∣X∣=n|X|=n. Let $\trans$ and $\sym$ denote respectively the transformation monoid and the symmetric group on nn points. Given $a\in \trans\setminus \sym$, we say that a group $G\leq \sym$ is aa-normalizing if <a,G>∖G=<g−1ag∣g∈G>.<a,G> \setminus G=<g^{-1}ag\mid g\in G>. If GG is aa-normalizing for all $a\in \trans\setminus \sym$, then we say that GG is normalizing. The goal of this paper is to classify normalizing groups and hence answer a question posed elsewhere. The paper ends with a number of problems for experts in groups, semigroups and matrix theory.

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