Quantization by cochain twists and nonassociative differentials
arXiv:math/0506450 · doi:10.1063/1.3371677
Abstract
We show that several standard associative quantizations in mathematical physics can be expressed as cochain module-algebra twists in the spirit of Moyal products at least to , but to achieve this we twist not by a 2-cocycle but by a 2-cochain. This implies a hidden nonassociavitity not visible in the algebra itself but present in its deeper noncommutative differential geometry, a phenomenon first seen in our previous work on semiclassicalisation of differential structures. The quantisations are induced by a classical group covariance and include: enveloping algebras as quantisations of , a Fedosov-type quantisation of the sphere under a Lorentz group covariance, the Mackey quantisation of homogeneous spaces, and the standard quantum groups . We also consider the differential quantisation of for a given symplectic connection as part of our semiclassical analysis and we outline a proposal for the Dirac operator.
30 pages ams-latex no figures; version submitted to journal (updated section 5 to stronger form)
References in corpus (6)
Cited by in corpus (15)
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