The following pages link to (Q3737662):
Displaying 50 items.
- Nilpotent-by-periodic commutator subgroups of automorphisms. (Q380421) (← links)
- A note on the existence of non-cyclic free subgroups in division rings. (Q387599) (← links)
- Nilpotent and polycyclic-by-finite maximal subgroups of skew linear groups. (Q397852) (← links)
- On the congruence subgroup problem for integral group rings (Q401923) (← links)
- Corrigendum to the proofs of some theorems in the article ``On the radicality of maximal subgroups in \(\mathrm{GL}_n(D)\)''. (Q403135) (← links)
- Artinian-finitary groups are locally normal-finitary. (Q556972) (← links)
- Periodic-by-nilpotent linear groups. (Q624851) (← links)
- Algebras generated by locally nilpotent finitary skew linear groups (Q686047) (← links)
- Lüneberg's strange planes (Q689882) (← links)
- Rings with finite decomposition of identity. (Q765387) (← links)
- On soluble skew linear groups over finite-dimensional division algebras. (Q869205) (← links)
- Orderings and \(*\)-orderings on cocommutative Hopf algebras (Q882805) (← links)
- Polycyclic group algebras and theorems of Harper and Lichtman (Q914827) (← links)
- Maximal subgroups of \(\text{GL}_n(D)\) with finite conjugacy classes. (Q1034707) (← links)
- Soluble and locally soluble skew linear groups (Q1079667) (← links)
- Classification of finite subgroups of \(2\times 2\) matrices over a division algebra of characteristic zero (Q1114019) (← links)
- Some skew linear groups associated with Lie algebras of characteristic zero (Q1118696) (← links)
- Crossed product criteria and skew linear groups (Q1177267) (← links)
- On rings of quotients of group algebras of soluble groups of finite rank (Q1181502) (← links)
- Nilpotence in finitary skew linear groups (Q1208202) (← links)
- The soluble subgroups and the Tits alternative in linear groups over rings of fractions of polycyclic group rings. I (Q1210356) (← links)
- Some nilpotent and locally nilpotent matrix groups (Q1263678) (← links)
- The multiplicative Jordan decomposition in group rings (Q1277012) (← links)
- Maximal subgroups of \(\text{GL}_1(D)\) (Q1305003) (← links)
- Primitive finitary skew linear groups (Q1327119) (← links)
- On generalized finitary groups (Q1348687) (← links)
- Tits alternative for maximal subgroups of \(\text{GL}_n(D)\). (Q1421816) (← links)
- Variants of theorems of Schur, Baer and Hall (Q1623016) (← links)
- Crossed product conditions for division algebras of prime power degree. (Q1770498) (← links)
- Supersoluble crossed product criterion for division algebras. (Q1775480) (← links)
- Engel subnormal subgroups of skew linear groups (Q1791688) (← links)
- Integral Jordan decomposition of matrices (Q1855379) (← links)
- Maximal subgroups of \(\text{GL}_n(D)\) (Q1867308) (← links)
- The group of automorphisms of a commutative algebra (Q1895768) (← links)
- On the radicality of maximal subgroups in \(\mathrm{GL}_n(D)\). (Q1939322) (← links)
- On nonmodular periodic finitary linear groups (Q1969128) (← links)
- Locally solvable and solvable-by-finite maximal subgroups of \(\mathrm{GL}_n (D)\) (Q2075300) (← links)
- On groups factorized by mutually permutable subgroups (Q2082056) (← links)
- Skew product groups for monolithic groups (Q2097186) (← links)
- \(\sigma\)-subnormality in locally finite groups (Q2097274) (← links)
- Maximal subgroups of almost subnormal subgroups in division rings (Q2126117) (← links)
- A note on skew linear groups of finite rank (Q2161397) (← links)
- Linear images of linear groups. (Q2256769) (← links)
- Linear groups and computation (Q2292421) (← links)
- Right weak Engel conditions on linear groups (Q2293130) (← links)
- Corrigendum to ``On the congruence subgroup problem for integral group rings'' (Q2344295) (← links)
- Behaviour of the Frobenius map in a noncommutative world (Q2347983) (← links)
- On torsion subgroups of Whitehead groups of division algebras. (Q2376341) (← links)
- Nilpotent maximal subgroups of \(\text{GL}_n(D)\). (Q2386036) (← links)
- Engel subgroups of triangular matrices over local rings. (Q2386050) (← links)
