A note on quantization of complex symplectic manifolds
Andrea D'Agnolo, Masaki Kashiwara

TL;DR
This paper introduces a canonical quantization algebroid for complex symplectic manifolds, extending deformation-quantization concepts with a non-central deformation parameter, and explores the resulting categorical structures.
Contribution
It constructs a new canonical quantization algebroid for complex symplectic manifolds with a non-central deformation parameter, expanding the framework of deformation quantization.
Findings
The quantization category is a Calabi-Yau category of dimension 1 + dim X.
The construction generalizes existing deformation-quantization algebroids.
The approach applies to compact complex symplectic manifolds.
Abstract
To a complex symplectic manifold X we associate a canonical quantization algebroid. Our construction is similar to that of Polesello-Schapira's deformation-quantization algebroid, but the deformation parameter is no longer central. If X is compact, the triangulated category of regular holonomic quantization modules is a linear complex Calabi-Yau category of dimension 1 + dim X.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Algebraic structures and combinatorial models · Advanced Topics in Algebra
