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  2. Central product - Wikipedia

    en.wikipedia.org/wiki/Central_product

    The Pauli group is the central product of the cyclic group and the dihedral group.; Every extra special group is a central product of extra special groups of order p 3.; The layer of a finite group, that is, the subgroup generated by all subnormal quasisimple subgroups, is a central product of quasisimple groups in the sense of Gorenstein.

  3. Direct product of groups - Wikipedia

    en.wikipedia.org/wiki/Direct_product_of_groups

    The symmetry group of a cube is the internal direct product of the subgroup of rotations and the two-element group {−I, I}, where I is the identity element and −I is the point reflection through the center of the cube. A similar fact holds true for the symmetry group of an icosahedron. Let n be odd, and let D 4n be the dihedral group of ...

  4. Glossary of group theory - Wikipedia

    en.wikipedia.org/wiki/Glossary_of_group_theory

    center of a group The center of a group G, denoted Z(G), is the set of those group elements that commute with all elements of G, that is, the set of all h ∈ G such that hg = gh for all g ∈ G. Z(G) is always a normal subgroup of G. A group G is abelian if and only if Z(G) = G. centerless group A group G is centerless if its center Z(G) is ...

  5. Product of groups - Wikipedia

    en.wikipedia.org/wiki/Product_of_groups

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  6. Normal form for free groups and free product of groups

    en.wikipedia.org/wiki/Normal_form_for_free...

    A free group has a unique normal form i.e. each element in is represented by a unique reduced word. Proof. An elementary transformation of a word w ∈ G {\displaystyle w\in G} consists of inserting or deleting a part of the form a a − 1 {\displaystyle aa^{-1}} with a ∈ S ± {\displaystyle a\in S^{\pm }} .

  7. Center (group theory) - Wikipedia

    en.wikipedia.org/wiki/Center_(group_theory)

    The kernel of the map G → G i is the i th center [1] of G (second center, third center, etc.), denoted Z i (G). [2] Concretely, the (i+1)-st center comprises the elements that commute with all elements up to an element of the i th center. Following this definition, one can define the 0th center of a group to be the identity subgroup.

  8. Milestones: A look back at AOL's 35 year history as an ...

    www.aol.com/news/2020-05-25-a-look-back-at-aols...

    America Online CEO Stephen M. Case, left, and Time Warner CEO Gerald M. Levin listen to senators' opening statements during a hearing before the Senate Judiciary Committee on the merger of the two ...

  9. Quotient group - Wikipedia

    en.wikipedia.org/wiki/Quotient_group

    The quotient group is the same idea, although one ends up with a group for a final answer instead of a number because groups have more structure than an arbitrary collection of objects: in the quotient ⁠ / ⁠, the group structure is used to form a natural "regrouping".

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