1994Communications in AlgebraRequires access

Images of commutator MAPS

Robert W. Baddeley

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Abstract

The commutator map θα: G → G associated with the element α of the group G is defined by θα(g) = g −1α−1gα for all g ε G. In this paper we prove that if the image θα is a subgroup of the finite group G, then θα(G) is soluble. (This in fact generalises the well-known result which states that all finite groups that admit a fixed-point-free automorphism are soluble.) An application (that motivated this paper) to the theory of permutation groups is also given.

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What this paper is about

The commutator map θα: G → G associated with the element α of the group G is defined by θα(g) = g −1α−1gα for all g ε G. In this paper we prove that if the image θα is a subgroup of the finite group G, then θα(G) is soluble. (This in fact generalises the well-known result which states that all finite groups that admit a fixed-point-free automorphism are soluble.) An application (that motivated this paper) to the theory of permutation groups is also given.

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Available abstract

The commutator map θα: G → G associated with the element α of the group G is defined by θα(g) = g −1α−1gα for all g ε G. In this paper we prove that if the image θα is a subgroup of the finite group G, then θα(G) is soluble. (This in fact generalises the well-known result which states that all finite groups that admit a fixed-point-free automorphism are soluble.) An application (that motivated this paper) to the theory of permutation groups is also given.

Key concepts: Mathematics, Commutator, Commutator subgroup, Permutation (music), Image (mathematics), Group (periodic table), Automorphism, Point (geometry)

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