Shifted double Poisson structures and noncommutative Poisson extensions

Fuente: arXiv
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Auteurs principaux: Liu, Leilei, Zeng, Jieheng, Zhao, Hu
Format: Preprint
Publié: 2025
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author Liu, Leilei
Zeng, Jieheng
Zhao, Hu
author_facet Liu, Leilei
Zeng, Jieheng
Zhao, Hu
contents We develop a theory of noncommutative Poisson extensions. For an augmented dg algebra \(A\), we show that any shifted double Poisson bracket on \(A\) induces a graded Lie algebra structure on the reduced cyclic homology. Under the Kontsevich--Rosenberg principle, we further prove that the noncommutative Poisson extension is compatible with noncommutative Hamiltonian reduction. Moreover, we show that shifted double Poisson structures are independent of the choice of cofibrant resolutions and that they induce shifted Poisson structures on the derived moduli stack of representations.
format Preprint
id arxiv_https___arxiv_org_abs_2510_27299
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Shifted double Poisson structures and noncommutative Poisson extensions
Liu, Leilei
Zeng, Jieheng
Zhao, Hu
Representation Theory
Algebraic Geometry
Rings and Algebras
We develop a theory of noncommutative Poisson extensions. For an augmented dg algebra \(A\), we show that any shifted double Poisson bracket on \(A\) induces a graded Lie algebra structure on the reduced cyclic homology. Under the Kontsevich--Rosenberg principle, we further prove that the noncommutative Poisson extension is compatible with noncommutative Hamiltonian reduction. Moreover, we show that shifted double Poisson structures are independent of the choice of cofibrant resolutions and that they induce shifted Poisson structures on the derived moduli stack of representations.
title Shifted double Poisson structures and noncommutative Poisson extensions
topic Representation Theory
Algebraic Geometry
Rings and Algebras
url https://arxiv.org/abs/2510.27299