The $G$-Noncommutative Minimal Model Program

Fuente: arXiv
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Main Authors: Wu, Dongjian, Zhang, Nantao
Format: Preprint
Published: 2026
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author Wu, Dongjian
Zhang, Nantao
author_facet Wu, Dongjian
Zhang, Nantao
contents In this paper, we study the $G$-equivariant noncommutative minimal model program ($G$-NMMP), as an equivariant generalization of the framework introduced in arXiv:2301.13168. The aim of this program is to construct quasi-convergent paths in the spaces of Bridgeland stability conditions on derived categories of $G$-equivariant coherent sheaves. For finite groups, we employ induction techniques to construct such paths from the non-equivariant setting. In the setting of algebraic group actions, we introduce the notion of $\mathbb T$-stability conditions to reformulate the proposal, and then we construct quasi-convergent paths for equivariant projective spaces from small quantum cohomology.
format Preprint
id arxiv_https___arxiv_org_abs_2602_20335
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle The $G$-Noncommutative Minimal Model Program
Wu, Dongjian
Zhang, Nantao
Algebraic Geometry
Mathematical Physics
Category Theory
In this paper, we study the $G$-equivariant noncommutative minimal model program ($G$-NMMP), as an equivariant generalization of the framework introduced in arXiv:2301.13168. The aim of this program is to construct quasi-convergent paths in the spaces of Bridgeland stability conditions on derived categories of $G$-equivariant coherent sheaves. For finite groups, we employ induction techniques to construct such paths from the non-equivariant setting. In the setting of algebraic group actions, we introduce the notion of $\mathbb T$-stability conditions to reformulate the proposal, and then we construct quasi-convergent paths for equivariant projective spaces from small quantum cohomology.
title The $G$-Noncommutative Minimal Model Program
topic Algebraic Geometry
Mathematical Physics
Category Theory
url https://arxiv.org/abs/2602.20335