Newbetuts

How many subgroups does $\mathbb{Z}_6 \times\mathbb{Z}_6 \times\mathbb{Z}_6 \times\mathbb{Z}_6 $ have?

$\mathbb{Z}_pH$-module

How many different elements can we obtain by multiplying all element in a group?

If $G$ is a group, $H$ is a subgroup of $G$ and $g\in G$, is it possible that $gHg^{-1} \subset H$? [duplicate]

Binary tetrahedral group and $\rm{SL}_2(\mathbb F_3)$

Another point of view that $\mathbb{Z}/m\mathbb{Z} \times\mathbb{Z}/n\mathbb{Z}$ is cyclic.

Presentation of Rubik's Cube group

Books to understand the construction of all groups of a specific order

Order of the Rubik's cube group

Embedding of group such that two elements of same order become conjugate

Conjugacy classes and centralizers of a SmallGroup

Do all algebraic integers in some $\mathbb{Z}[\zeta_n]$ occur among the character tables of finite groups?

Name for the fact that a mattress can't be evenly rotated by repeatedly applying the same transformation?

An automorphism that has no fixed points except for the identity and is its own inverse implies commutativity

New posts in finite-groups

Nonisomorphic groups of order 12.

Showing that for $G = \langle x \rangle$ if $|G|$ is odd, then $\phi$ is an injection.

Prove that $[G : H] \equiv [N_G(H) : H] \bmod p$ [closed]

Variational formulations in group theory?

Reconciling Different Definitions of Solvable Group

The "fake $\mathrm{GL}_2(\mathbb{F}_3)$" and the binary octahedral group

How many subgroups does $\mathbb{Z}_6 \times\mathbb{Z}_6 \times\mathbb{Z}_6 \times\mathbb{Z}_6 $ have?

$\mathbb{Z}_pH$-module

How many different elements can we obtain by multiplying all element in a group?

If $G$ is a group, $H$ is a subgroup of $G$ and $g\in G$, is it possible that $gHg^{-1} \subset H$? [duplicate]

Binary tetrahedral group and $\rm{SL}_2(\mathbb F_3)$

Another point of view that $\mathbb{Z}/m\mathbb{Z} \times\mathbb{Z}/n\mathbb{Z}$ is cyclic.

Presentation of Rubik's Cube group

Books to understand the construction of all groups of a specific order

Order of the Rubik's cube group

Embedding of group such that two elements of same order become conjugate

Conjugacy classes and centralizers of a SmallGroup

Do all algebraic integers in some $\mathbb{Z}[\zeta_n]$ occur among the character tables of finite groups?

Name for the fact that a mattress can't be evenly rotated by repeatedly applying the same transformation?

An automorphism that has no fixed points except for the identity and is its own inverse implies commutativity