Modular Group Representations in Combinatorial Quantization with Non-Semisimple Hopf Algebras
arXiv:1805.00924 · doi:10.3842/SIGMA.2019.077
Abstract
Let be a compact oriented surface of genus with open disks removed. The algebra was introduced by Alekseev-Grosse-Schomerus and Buffenoir-Roche and is a combinatorial quantization of the moduli space of flat connections on . Here we focus on the two building blocks and under the assumption that the gauge Hopf algebra is finite-dimensional, factorizable and ribbon, but not necessarily semisimple. We construct a projective representation of , the mapping class group of the torus, based on and we study it explicitly for . We also show that it is equivalent to the representation constructed by Lyubashenko and Majid.
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