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Autori principali: He, Fei, Ou, Jianyu
Natura: Preprint
Pubblicazione: 2024
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Accesso online:https://arxiv.org/abs/2411.12171
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author He, Fei
Ou, Jianyu
author_facet He, Fei
Ou, Jianyu
contents We prove an upper bound for the dimension of the linear space of holomorphic functions with polynomial growth on gradient Kähler Ricci shrinkers with bounded curvature. The upper bound is given as a power function of the growth rate. Similar results hold for holomorphic $(p, 0)-$forms, and holomorphic sections of the pluri-anticanonical line bundle $K_M^{-q}$. We also prove the existence of holomorphic sections of $K_M^{-q}$ with polynomial growth when the Kähler Ricci shrinker is asymptotically conical, provided $q$ is sufficiently large; as an application, we show that the Kodaira map constructed using such sections is a holomorphic embbedding into a complex projective space.
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id arxiv_https___arxiv_org_abs_2411_12171
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Dimension estimate and existence of holomorphic sections with polynomial growth on gradient Kähler Ricci shrinkers
He, Fei
Ou, Jianyu
Differential Geometry
Complex Variables
We prove an upper bound for the dimension of the linear space of holomorphic functions with polynomial growth on gradient Kähler Ricci shrinkers with bounded curvature. The upper bound is given as a power function of the growth rate. Similar results hold for holomorphic $(p, 0)-$forms, and holomorphic sections of the pluri-anticanonical line bundle $K_M^{-q}$. We also prove the existence of holomorphic sections of $K_M^{-q}$ with polynomial growth when the Kähler Ricci shrinker is asymptotically conical, provided $q$ is sufficiently large; as an application, we show that the Kodaira map constructed using such sections is a holomorphic embbedding into a complex projective space.
title Dimension estimate and existence of holomorphic sections with polynomial growth on gradient Kähler Ricci shrinkers
topic Differential Geometry
Complex Variables
url https://arxiv.org/abs/2411.12171