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Main Author: Gong, Xianghong
Format: Preprint
Published: 2022
Subjects:
Online Access:https://arxiv.org/abs/2205.12025
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author Gong, Xianghong
author_facet Gong, Xianghong
contents We study regularity of solutions $u$ to $\overline\partial u=f$ on a relatively compact $C^2$ domain $D$ in a complex manifold of dimension $n$, where $f$ is a $(0,q)$ form. Assume that there are either $(q+1)$ negative or $(n-q)$ positive Levi eigenvalues at each point of boundary $\partial D$. Under the necessary condition that a locally $L^2$ solution exists on the domain, we show the existence of the solutions on the closure of the domain that gain $1/2$ derivative when $q=1$ and $f$ is in the Hölder-Zygmund space $Λ^r(\overline D)$ with $r>1$. For $q>1$, the same regularity for the solutions is achieved when $\partial D$ is either sufficiently smooth or of $(n-q)$ positive Levi eigenvalues everywhere on $\partial D$.
format Preprint
id arxiv_https___arxiv_org_abs_2205_12025
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle On regularity of $\overline\partial$-solutions on $a_q$ domains with $C^2$ boundary in complex manifolds
Gong, Xianghong
Complex Variables
We study regularity of solutions $u$ to $\overline\partial u=f$ on a relatively compact $C^2$ domain $D$ in a complex manifold of dimension $n$, where $f$ is a $(0,q)$ form. Assume that there are either $(q+1)$ negative or $(n-q)$ positive Levi eigenvalues at each point of boundary $\partial D$. Under the necessary condition that a locally $L^2$ solution exists on the domain, we show the existence of the solutions on the closure of the domain that gain $1/2$ derivative when $q=1$ and $f$ is in the Hölder-Zygmund space $Λ^r(\overline D)$ with $r>1$. For $q>1$, the same regularity for the solutions is achieved when $\partial D$ is either sufficiently smooth or of $(n-q)$ positive Levi eigenvalues everywhere on $\partial D$.
title On regularity of $\overline\partial$-solutions on $a_q$ domains with $C^2$ boundary in complex manifolds
topic Complex Variables
url https://arxiv.org/abs/2205.12025