Finite Group Factorisations and Braiding

preprint1995arXivOpen access

Abstract

We compute the quantum double, braiding and other canonical Hopf algebra constructions for the bicrossproduct Hopf algebra HH associated to the factorization of a finite group into two subgroups. The representations of the quantum double are described by a notion of bicrossed bimodules, generalising the cross modules of Whitehead. We also show that self-duality structures for the bicrossproduct Hopf algebras are in one-one correspondence with factor-reversing group isomorphisms. The example Z6Z6Z_6Z_6 is given in detail. We show further that the quantum double D(H)D(H) is the twisting of D(X)D(X) by a non-trivial quantum cocycle, where XX is the associated double cross product group.

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