Nonassociative strict deformation quantization of C*-algebras and nonassociative torus bundles
K.C. Hannabuss (Oxford), V. Mathai (Adelaide)

TL;DR
This paper develops a framework for nonassociative deformation quantization of C*-algebras with torus actions, introduces nonassociative principal torus bundles, and connects these concepts to T-duality and Octonions.
Contribution
It introduces the concept of nonassociative strict deformation quantization and classifies nonassociative principal torus bundles, linking them to T-duality and Octonions.
Findings
Classification of nonassociative principal torus bundles
Relation to T-duality with H-flux
Incorporation of Octonions into the theory
Abstract
In this paper, we initiate the study of nonassociative strict deformation quantization of C*-algebras with a torus action. We shall also present a definition of nonassociative principal torus bundles, and give a classification of these as nonassociative strict deformation quantization of ordinary principal torus bundles. We then relate this to T-duality of principal torus bundles with -flux. We also show that the Octonions fit nicely into our theory.
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