The following pages link to How abelian is a finite group? (Q2785567):
Displaying 25 items.
- Boosting an analogue of Jordan's theorem for finite groups (Q488982) (← links)
- On the existence of dense substructures in finite groups (Q785824) (← links)
- Sets of permutations that generate the symmetric group pairwise. (Q855853) (← links)
- Coverings of Abelian groups and vector spaces. (Q857412) (← links)
- On large subgroups of finite groups (Q1204399) (← links)
- Groups without faithful transitive permutation representations of small degree (Q1369259) (← links)
- Commuting involution graphs for symmetric groups. (Q1403870) (← links)
- Covering the symmetric groups with proper subgroups. (Q1775548) (← links)
- Bounding automorphism groups (Q1914730) (← links)
- Abelian sections of the symmetric groups with respect to their index (Q2071766) (← links)
- The Brown-Erdős-Sós conjecture in finite abelian groups (Q2309563) (← links)
- Roth-type theorems in finite groups (Q2509729) (← links)
- The growth of abelian sections (Q2699131) (← links)
- Complexity and randomness in the Heisenberg groups (and beyond) (Q3380361) (← links)
- How abelian is a finite group? (Q4102047) (← links)
- How abelian is a finite-dimensional Lie algebra? (Q4807674) (← links)
- Proof of the Brown–Erdős–Sós conjecture in groups (Q4958663) (← links)
- A note on the Brown–Erdős–Sós conjecture in groups (Q4993109) (← links)
- On a result of nilpotent subgroups of solvable groups (Q5045699) (← links)
- Nilpotent subgroups of class 2 in finite groups (Q5097311) (← links)
- Popular progression differences in vector spaces II (Q5211015) (← links)
- The (7, 4)-Conjecture in Finite Groups (Q5364251) (← links)
- Combinatorics. Abstracts from the workshop held January 1--7, 2023 (Q6052106) (← links)
- Subgroups of simple groups are as diverse as possible (Q6133235) (← links)
- On groups with large verbal quotients (Q6634496) (← links)
