The following pages link to The groups of order 128 (Q5899695):
Displaying 26 items.
- The construction of finite solvable groups revisited. (Q402704) (← links)
- The computation of the cohomology rings of all groups of order 128. (Q630859) (← links)
- The groups of order 256 (Q810626) (← links)
- Birational classification of fields of invariants for groups of order 128 (Q891469) (← links)
- Finite \(p\)-groups (Q1269968) (← links)
- The groups of order at most 1000 except 512 and 768 (Q1283196) (← links)
- Mod \(2\) group algebras with metabelian unit groups (Q1295584) (← links)
- The conjugacy vector of a \(p\)-group of maximal class (Q1327508) (← links)
- The \(p\)-group generation algorithm (Q1813916) (← links)
- Groups and nilpotent Lie rings whose order is the sixth power of a prime. (Q1879674) (← links)
- On the modular isomorphism problem for groups of class \(3\) and obelisks (Q2068346) (← links)
- Universal commutator relations, Bogomolov multipliers, and commuting probability (Q2257266) (← links)
- Degree three unramified cohomology groups and Noether's problem for groups of order 243 (Q2333380) (← links)
- The groups with order \(p^7\) for odd prime \(p\). (Q2576202) (← links)
- Bogomolov Multipliers of Groups of Order 128 (Q2875534) (← links)
- Maximal representation dimension of finite <i>p</i>-groups (Q3096078) (← links)
- CM-fields with relative class number one (Q3377007) (← links)
- An infinite Family of 4-Arc-Transitive Cubic Graphs Each with Girth 12 (Q3789590) (← links)
- The groups of order dividing 256 (Q3798857) (← links)
- A database of groups of prime‐power order (Q4312789) (← links)
- On endomorphisms of groups of orders 37–47 (Q4609002) (← links)
- A MILLENNIUM PROJECT: CONSTRUCTING SMALL GROUPS (Q4791994) (← links)
- (Q4966535) (← links)
- On the number of groups of order 1024 (Q5072709) (← links)
- On 2-groups with submultiplicative spectrum (Q5957774) (← links)
- Commutators in groups of order p7 (Q6108914) (← links)
