Proceedings of Proceedings of the Corfu Summer Institute 2011 — PoS(CORFU2011) 2012
DOI: 10.22323/1.155.0060
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Quantization of the symplectic groupoid

Abstract: We present the geometric quantization of the standard Podles sphere by using a multiplicative real polarization of the symplectic groupoid. We introduce the concept of multiplicative integrability of the modular function as one key point of the construction.

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“…As mentioned in the introduction we will look for a possibly singular multiplicative lagrangian distribution such that the modular 1-cocycle descends to the leaf groupoid. It is natural to seek for a modular multiplicative integrable system, as we considered in [3], i.e. a maximal set F of functions in involution, almost everywhere independent, generating the modular cocycle c V (3.5) and such that the space of level sets G F (S 2 θ ) inherits the groupoid structure.…”
Section: The Bohr-sommerfeld Groupoidmentioning
confidence: 99%
“…As mentioned in the introduction we will look for a possibly singular multiplicative lagrangian distribution such that the modular 1-cocycle descends to the leaf groupoid. It is natural to seek for a modular multiplicative integrable system, as we considered in [3], i.e. a maximal set F of functions in involution, almost everywhere independent, generating the modular cocycle c V (3.5) and such that the space of level sets G F (S 2 θ ) inherits the groupoid structure.…”
Section: The Bohr-sommerfeld Groupoidmentioning
confidence: 99%