Minimal model program for algebraically integrable adjoint foliated structures

Fuente: arXiv
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Autores principales: Cascini, Paolo, Han, Jingjun, Liu, Jihao, Meng, Fanjun, Spicer, Calum, Svaldi, Roberto, Xie, Lingyao
Formato: Preprint
Publicado: 2024
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author Cascini, Paolo
Han, Jingjun
Liu, Jihao
Meng, Fanjun
Spicer, Calum
Svaldi, Roberto
Xie, Lingyao
author_facet Cascini, Paolo
Han, Jingjun
Liu, Jihao
Meng, Fanjun
Spicer, Calum
Svaldi, Roberto
Xie, Lingyao
contents For $\mathbb Q$-factorial klt algebraically integrable adjoint foliated structures, we prove the cone theorem, the contraction theorem, and the existence of flips. Therefore, we deduce the existence of the minimal model program for such structures. We also prove the base-point-freeness theorem for such structures of general type and establish an adjunction formula and the existence of $\mathbb Q$-factorial quasi-dlt modifications for algebraically integrable adjoint foliated structures.
format Preprint
id arxiv_https___arxiv_org_abs_2408_14258
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Minimal model program for algebraically integrable adjoint foliated structures
Cascini, Paolo
Han, Jingjun
Liu, Jihao
Meng, Fanjun
Spicer, Calum
Svaldi, Roberto
Xie, Lingyao
Algebraic Geometry
Dynamical Systems
14E30, 37F75
For $\mathbb Q$-factorial klt algebraically integrable adjoint foliated structures, we prove the cone theorem, the contraction theorem, and the existence of flips. Therefore, we deduce the existence of the minimal model program for such structures. We also prove the base-point-freeness theorem for such structures of general type and establish an adjunction formula and the existence of $\mathbb Q$-factorial quasi-dlt modifications for algebraically integrable adjoint foliated structures.
title Minimal model program for algebraically integrable adjoint foliated structures
topic Algebraic Geometry
Dynamical Systems
14E30, 37F75
url https://arxiv.org/abs/2408.14258