Exponent-Critical Groups
Simon R. Blackburn⋆, William Cocke, Andrew Misseldine, Geetha Venkataraman
Abstract
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Simon R. Blackburn⋆, William Cocke, Andrew Misseldine, Geetha Venkataraman
Abstract
Open-access reader
We define and investigate the property of being `exponent-critical' for a finite group. A finite group is said to be exponent-critical if its exponent is not the least common multiple of the exponents of its proper non-abelian subgroups. We explore properties of exponent-critical groups and give a characterization of such groups. This characterization generalises a classical result of Miller and Moreno on minimal non-abelian groups; interesting families of $p$-groups appear.
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We define and investigate the property of being `exponent-critical' for a finite group. A finite group is said to be exponent-critical if its exponent is not the least common multiple of the exponents of its proper non-abelian subgroups. We explore properties of exponent-critical groups and give a characterization of such groups. This characterization generalises a classical result of Miller and Moreno on minimal non-abelian groups; interesting families of $p$-groups appear.
Key concepts: Exponent, Critical exponent, Abelian group, Mathematics, Group (periodic table), Pure mathematics, Physics, Geometry