Finite Groups with Normal Normalizers
Charles Hobby
Abstract
Open-access reader
Charles Hobby
Abstract
Open-access reader
We say that a finite group G has property N if the normalizer of every subgroup of G is normal in G. Such groups are nilpotent since every Sylow subgroup is normal (the normalizer of a Sylow subgroup is its own normalizer). Thus it is sufficient to study p-groups which have property N. Note that property N is inherited by subgroups and factor groups.
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We say that a finite group G has property N if the normalizer of every subgroup of G is normal in G. Such groups are nilpotent since every Sylow subgroup is normal (the normalizer of a Sylow subgroup is its own normalizer). Thus it is sufficient to study p-groups which have property N. Note that property N is inherited by subgroups and factor groups.
Key concepts: Sylow theorems, Centralizer and normalizer, Mathematics, Normal subgroup, Property (philosophy), Fitting subgroup, Nilpotent, Pure mathematics