arXiv:2005.13929 [math.GR]AbstractReferencesReviewsResources
Commutators and commutator subgroups of finite $p$-groups
Published 2020-05-28Version 1
We present a classification of finite $p$-groups $G$, $p \ge 3$, with $\gamma_2(G)$, the commutator subgroup of $G$, of order $p^4$ and exponent $p$ such that each element of $\gamma_2(G)$ is a commutator. As a consequence, it follows that for any $p$-group $G$ of order at least $p^9$, $p \ge 5$, with $|\gamma_2(G)| = p^4$, every element of $\gamma_2(G)$ is a commutator.
Related articles: Most relevant | Search more
arXiv:2203.07592 [math.GR] (Published 2022-03-15)
A classification of finite $p$-groups with a unique $\mathcal{A}_2$-subgroup
The classification of normalizing groups
arXiv:2203.02362 [math.GR] (Published 2022-03-04)
Classification of non-solvable groups whose power graph is a cograph