Solution of the Conjugacy Problem and Malnormality of Subgroups in Certain Relative Small Cancellation Group Presentations
Arye Juhász
Abstract
Arye Juhász
Abstract
The three fundamental decision problems posed by Max Dehn in 1912 are the word problem, the conjugacy problem and the isomorphism problem. Let G be a group and let u and v be elements of G . The word problem asks for an algorithm for deciding whether u = v . The conjugacy problem asks about the existence of an element g ∈ G which conjugates u to v , i.e., v = g −1 ug . A solution of the conjugacy problem clearly contains a solution of the word problem. The isomorphism problem asks whether two group presentations define isomorphic groups. The word and conjugacy problems received much attention in the literature. For a summary of results concerning the conjugacy problem until 1987 see [ 13 ] and references therein. These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.
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The three fundamental decision problems posed by Max Dehn in 1912 are the word problem, the conjugacy problem and the isomorphism problem. Let G be a group and let u and v be elements of G . The word problem asks for an algorithm for deciding whether u = v . The conjugacy problem asks about the existence of an element g ∈ G which conjugates u to v , i.e., v = g −1 ug . A solution of the conjugacy problem clearly contains a solution of the word problem. The isomorphism problem asks whether two group presentations define isomorphic groups. The word and conjugacy problems received much attention in the literature. For a summary of results concerning the conjugacy problem until 1987 see [ 13 ] and references therein. These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.
Key concepts: Conjugacy problem, Conjugacy class, Word problem (mathematics education), Isomorphism (crystallography), Group (periodic table), Mathematics, Word (group theory), Decision problem