Hall-Paige conjecture: Difference between revisions

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(New page: {{conjecture|finite groups}} ==Statement== Suppose <math>G</math> is a finite group with the property that every <math>2</math>-Sylow subgroup of <math>G</math> is either trivial...)
 
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* [[Snevily's conjecture]]
* [[Snevily's conjecture]]
==External links==
* [http://garden.irmacs.sfu.ca/?q=op/hall_paige_conjecture Open Problem Garden page]

Latest revision as of 16:43, 5 March 2009

This article is about a conjecture in the following area in/related to group theory: finite groups. View all conjectures and open problems

Statement

Suppose G is a finite group with the property that every 2-Sylow subgroup of G is either trivial or non-cyclic. Then, there exists a complete map from G to G: a bijection φ:GG such that the map ggφ(g) is also a bijection.

Related conjectures

External links