Semi periodic maps on complex manifolds
In this letter we proved this theorem: \emph{if $F$ be a holomorphic mapping of $T_{\Omega}$ to a mapping manifold $X$ such that for every compact subset $K\subset \Omega$ the mapping $F$ is uniformly continues on $T_{K}$ and $F(T_{K})$ is a relatively compact subset of $X$. If the restriction of $F...
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creator | Abadi, Ali Reza Khatoon Rezazadeh, H. R Golgoii, F |
description | In this letter we proved this theorem: \emph{if $F$ be a holomorphic mapping
of $T_{\Omega}$ to a mapping manifold $X$ such that for every compact subset
$K\subset \Omega$ the mapping $F$ is uniformly continues on $T_{K}$ and
$F(T_{K})$ is a relatively compact subset of $X$. If the restriction of $F(z)$
to some hyperplane $\mathbb{R}^{m}+iy'$ is semi periodic, then $F(z)$ is an
semi mapping of $T_{\Omega}$ to $X$.} |
doi_str_mv | 10.48550/arxiv.1011.5728 |
format | Article |
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of $T_{\Omega}$ to a mapping manifold $X$ such that for every compact subset
$K\subset \Omega$ the mapping $F$ is uniformly continues on $T_{K}$ and
$F(T_{K})$ is a relatively compact subset of $X$. If the restriction of $F(z)$
to some hyperplane $\mathbb{R}^{m}+iy'$ is semi periodic, then $F(z)$ is an
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of $T_{\Omega}$ to a mapping manifold $X$ such that for every compact subset
$K\subset \Omega$ the mapping $F$ is uniformly continues on $T_{K}$ and
$F(T_{K})$ is a relatively compact subset of $X$. If the restriction of $F(z)$
to some hyperplane $\mathbb{R}^{m}+iy'$ is semi periodic, then $F(z)$ is an
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of $T_{\Omega}$ to a mapping manifold $X$ such that for every compact subset
$K\subset \Omega$ the mapping $F$ is uniformly continues on $T_{K}$ and
$F(T_{K})$ is a relatively compact subset of $X$. If the restriction of $F(z)$
to some hyperplane $\mathbb{R}^{m}+iy'$ is semi periodic, then $F(z)$ is an
semi mapping of $T_{\Omega}$ to $X$.}</abstract><doi>10.48550/arxiv.1011.5728</doi><oa>free_for_read</oa></addata></record> |
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subjects | Mathematics - Classical Analysis and ODEs |
title | Semi periodic maps on complex manifolds |
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