Quantization of the Momentum Map via $\frak{g}$-adapted Formalities
Chiara Esposito, Ryszard Nest, Jonas Schnitzer, Boris Tsygan

TL;DR
This paper proves the existence and classifies $G$-invariant star products with quantum momentum maps on Poisson manifolds using an equivariant formality theorem, advancing the understanding of deformation quantization.
Contribution
It introduces an equivariant formality theorem to classify and establish the existence of $G$-invariant star products with quantum momentum maps.
Findings
Complete classification of $G$-invariant star products
Proof of existence of such star products
Application of equivariant formality theorem
Abstract
In this note, we provide a proof of the existence and complete classification of -invariant star products with quantum momentum maps on Poisson manifolds by means of an equivariant version of the formality theorem.
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Taxonomy
TopicsGeometric Analysis and Curvature Flows · Advanced Numerical Analysis Techniques
