Fusion systems for groups of order 8

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(Redirected from Order 2^3 fusion systems)

This article gives specific information, namely, fusion systems, about a family of groups, namely: groups of order 8.
View fusion systems for group families | View fusion systems for groups of a particular order |View other specific information about groups of order 8

Group GAP ID second part Hall-Senior number Nilpotency class Fusion systems page
cyclic group:Z8 1 3 1 fusion systems for cyclic group:Z8
direct product of Z4 and Z2 2 2 1 fusion systems for direct product of Z4 and Z2
dihedral group:D8 3 4 2 fusion systems for dihedral group:D8
quaternion group 4 5 2 fusion systems for quaternion group
elementary abelian group:E8 5 1 1 fusion systems for elementary abelian group:E8

To view these in a broader perspective, see fusion systems for groups of prime-cube order | fusion systems for groups of order 2^n

Information on number of saturated fusion systems

FACTS TO CHECK AGAINST FOR FUSION SYSTEMS:
For an abelian group of prime power order: identity functor controls strong fusion for saturated fusion system on abelian group|classification of saturated fusion systems on abelian group of prime power order

Group GAP ID second part Hall-Senior number Nilpotency class Number of saturated fusion systems (strict counting) Number of saturated fusion systems up to isomorphism Is the group resistant? In other words, does the identity functor control strong fusion in every saturated fusion system? (Yes if abelian) Is it a group of prime power order with no exotic fusion system?
cyclic group:Z8 1 3 1 1 1 Yes Yes
direct product of Z4 and Z2 2 2 1 1 1 Yes Yes
dihedral group:D8 3 4 2 4 3 No Yes
quaternion group 4 5 2 2 2 Yes Yes
elementary abelian group:E8 5 1 1 45 4 Yes Yes
Total (5 groups) -- -- -- 53 11 4 Yes, 1 No All Yes