All groups considered are finite. We enlarge the class of groups for which the conjecture below is known to hold, to include all nilpotent groups A such that every proper subgroup of A is Z p ˜ Z p free for all primes p .
Keywords:
Mathematics Nilpotent Conjecture Nilpotent group Class (philosophy) Pure mathematics Fixed point Solvable group Central series Point (geometry) Combinatorics Group (periodic table) Mathematical analysis Geometry
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Topics
Finite Group Theory Research
Physical Sciences → Mathematics → Discrete Mathematics and Combinatorics
Rings, Modules, and Algebras
Physical Sciences → Mathematics → Algebra and Number Theory
graph theory and CDMA systems
Physical Sciences → Engineering → Electrical and Electronic Engineering