Element structure of groups of order 64: Difference between revisions

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! Non-abelian member of pair !! GAP ID !! Abelian member of pair !! GAP ID !! Explanation for the 1-isomorphism !! Description of the 1-isomorphism !! Best perspective 1 !! Best perspective 2 !! Alternative perspective  
! Non-abelian member of pair !! GAP ID !! Abelian member of pair !! GAP ID !! Type of the 1-isomorphism !! Long explanation for the 1-isomorphism !! Description of the 1-isomorphism !! Best perspective 1 !! Best perspective 2 !! Alternative perspective  
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| [[semidirect product of Z8 and Z8 of M-type]] || 3 || [[direct product of Z8 and Z8]] || 2 || || || || ||
| [[semidirect product of Z8 and Z8 of M-type]] || 3 || [[direct product of Z8 and Z8]] || 2 || via class two Lie cring || || || || ||
|-
|-
| [[semidirect product of Z16 and Z4 of M-type]] || 27 || [[direct product of Z16 and Z4]] || 26 || || || || ||
| [[semidirect product of Z16 and Z4 of M-type]] || 27 || [[direct product of Z16 and Z4]] || 26 || via class two Lie cring||  || || || ||
|-
|-
| [[semidirect product of Z16 and Z4 via fifth power map]] || 28 || [[direct product of Z16 and Z4]] || 26 || || || || ||
| [[semidirect product of Z16 and Z4 via fifth power map]] || 28 || [[direct product of Z16 and Z4]] || 26 || ? || || || || ||
|-
|-
| [[M64]] || 51 || [[direct product of Z32 and Z2]] || 50 || || || || ||
| [[M64]] || 51 || [[direct product of Z32 and Z2]] || 50 || via class two Lie cring || || || || ||
|-
|-
| [[SmallGroup(64,57)]] || 57 || [[direct product of Z4 and Z4 and Z4]] || 55 || || || || ||
| [[SmallGroup(64,57)]] || 57 || [[direct product of Z4 and Z4 and Z4]] || 55 || via class two Lie cring || || || || ||
|-
|-
| [[direct product of SmallGroup(32,4) and Z2]] || 84 || [[direct product of Z8 and Z4 and Z2]] || 83 || || || || ||
| [[direct product of SmallGroup(32,4) and Z2]] || 84 || [[direct product of Z8 and Z4 and Z2]] || 83 || via class two Lie cring || || || || ||
|-
|-
| [[direct product of M16 and Z4]] || 85 || [[direct product of Z8 and Z4 and Z2]] || 83 || || || || ||
| [[direct product of M16 and Z4]] || 85 || [[direct product of Z8 and Z4 and Z2]] || 83 || via class two Lie cring || || || || ||
|-
|-
| [[central product of M16 and Z8 over common Z2]] || 86 || [[direct product of Z8 and Z4 and Z2]] || 83 || || || || ||
| [[central product of M16 and Z8 over common Z2]] || 86 || [[direct product of Z8 and Z4 and Z2]] || 83 || via class two Lie cring || || || ||
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Revision as of 04:59, 4 December 2010

This article gives specific information, namely, element structure, about a family of groups, namely: groups of order 64.
View element structure of group families | View element structure of groups of a particular order |View other specific information about groups of order 64

Pairs where one of the groups is abelian

There are 29 pairs of groups that are 1-isomorphic with the property that one of them is abelian. Of these, some pairs share the abelian group part, as the table below shows:

Non-abelian member of pair GAP ID Abelian member of pair GAP ID Type of the 1-isomorphism Long explanation for the 1-isomorphism Description of the 1-isomorphism Best perspective 1 Best perspective 2 Alternative perspective
semidirect product of Z8 and Z8 of M-type 3 direct product of Z8 and Z8 2 via class two Lie cring
semidirect product of Z16 and Z4 of M-type 27 direct product of Z16 and Z4 26 via class two Lie cring
semidirect product of Z16 and Z4 via fifth power map 28 direct product of Z16 and Z4 26 ?
M64 51 direct product of Z32 and Z2 50 via class two Lie cring
SmallGroup(64,57) 57 direct product of Z4 and Z4 and Z4 55 via class two Lie cring
direct product of SmallGroup(32,4) and Z2 84 direct product of Z8 and Z4 and Z2 83 via class two Lie cring
direct product of M16 and Z4 85 direct product of Z8 and Z4 and Z2 83 via class two Lie cring
central product of M16 and Z8 over common Z2 86 direct product of Z8 and Z4 and Z2 83 via class two Lie cring