نعرف أهم المفاهيم و نذكر بأهم المبرهنات المتعلقة بالبحث، ثم نثبت المبرهنة
الأساسية لوجود تطبيق هولومورفي إسقاطي غير مبتذل بين فضاءات كيلير
المكافئية.
أخيرا نحدد فضاءات كيلير المكافئية التي تبلغ أقصى درجة حرية بالنسبة
للتطبيقات الهولومورفية الإسقاطية.
In this paper defined important expressions, a
remembered important theorem which we need , approved
essential theorem to be exist non trivial Holomorphically
projective mapping between Kahlerian spaces.
Finally we specified Kahlerian spaces which have
maximum degree of variance parabolically – Kahlerian
spaces.
References used
Eisenhart L.P. Riemannian geometry. Princeton Univ. Press. 1926
Eisenhart L.P. Non-Riemannian geometry. Princeton Univ. Press. 1926. AMS Colloq. Publ. 8, 2000
Eisenhart L.P. Continuous groups of transformations. Princeton Univ. Press, 1933
In this paper we study conformal mappings between
special Parabolically Kahlerian Spaces (commutative spaces).
A proved , if exist conformal mapping between commutative
Kahlerin spaces ,then the mapping is Homothetic
mapping,
In this paper remembered important expressions and theorems related of
paper, After word try to find conditions to be exist
Isometric transformation and projective Transformation in in
Parabolically- Kahlerian flat Spaces, and try to limiting the number of
motion parameter in this transformations .
In this paper remembered important expressions and theorems related of
paper, After word find conditions to be exist
coformal transformation and Affine Transformation in Parabolically-
Kahlerian flat Spaces, and limiting the number of motion parameter in
this transformations .
In this paper devined parablically Sasakei space, and
found necessary and sufficient conditions in order to exist
geodesic mapping between tow Sasakei spaces , and broved
that necessary and sufficien conditions to exist geodesic
mapping between t
The object of this paper is to study the locally projective and locally injective
modules. Specifically, this paper is a continuation of study of locally projective
and locally injective modules, where a new description of locally projective and
locally injective modules is obtained.