Definition of Conjugacy. Meaning of Conjugacy. Synonyms of Conjugacy

Here you will find one or more explanations in English for the word Conjugacy. Also in the bottom left of the page several parts of wikipedia pages related to the word Conjugacy and, of course, Conjugacy synonyms and on the right images related to the word Conjugacy.

Definition of Conjugacy

No result for Conjugacy. Showing similar results...

Meaning of Conjugacy from wikipedia

- equivalence relation whose equivalence classes are called conjugacy classes. In other words, each conjugacy class is closed under b = g a g − 1 {\displaystyle...
- homeomorphism that will conjugate the one into the other. Topological conjugacy, and related-but-distinct § Topological equivalence of flows, are important...
- In abstract algebra, the conjugacy problem for a group G with a given presentation is the decision problem of determining, given two words x and y in...
- In abstract algebra, a conjugacy class sum, or simply class sum, is a function defined for each conjugacy class of a finite group G as the sum of the elements...
- mathematics, a group is said to have the infinite conjugacy class property, or to be an ICC group, if the conjugacy class of every group element but the identity...
- radians. Vertices in the same polyhedron are in the same conjugacy class. Since the conjugacy class equation for A5 is 1 + 12 + 12 + 15 + 20 = 60, we obtain...
- mathematics, in the field of group theory, a subgroup of a group is said to be conjugacy-closed if any two elements of the subgroup that are conjugate in the group...
- In mathematics, the complex conjugate of a complex number is the number with an equal real part and an imaginary part equal in magnitude but opposite in...
- constitutes an embedding into ****son's group G2(4). There is only one conjugacy class of J2 in G2(4). Every subgroup J2 contained in G2(4) extends to...
- Rubik's Cube Group has 81,120 conjugacy classes. The number was calculated by counting the number of even and odd conjugacy classes in the edge and corner...