A finite group $G$ is simple if it has only two normal subgroups - the trivial group and $G$ itself. Simple groups are building blocks for all finite groups, via extensions, and they are divided into cyclic groups of prime order and the non-abelian simple groups. For small orders they are all alternating or linear.
Authors:
Knowl status:
- Review status: reviewed
- Last edited by Tim Dokchitser on 2019-05-22 11:42:05
Referred to by:
History:
(expand/hide all)
Differences
(show/hide)
- columns.gps_groups.simple
- group.abstract.168.42.top
- group.abstract.360.118.top
- group.abstract.60.5.top
- group.almost_simple
- group.alternating
- group.chief_series
- group.properties_interdependencies
- group.quasisimple
- lmfdb/groups/abstract/main.py (lines 274-275)
- lmfdb/groups/abstract/main.py (line 1780)