and real analytic manifolds In Corollary 4.2.11 we saw that there will generally be significant restrictions on the character of holomorphic functions on holomorphic manifolds. In Chapter 3 we saw that there are domains in Cn (these are holomorphic manifolds, of course) for which it is possible to find holomorphic functions satisfying finitely many algebraic conditions. This raises the question of how one can distinguish between manifolds with few holomorphic functions and those with many holomorphic functions. It is this question we study in this chapter, adapting the methods of Chapter 3. The theory we present in this chapter originated in the work of Stein [1951], building on work of many, including [Behnke and Thullen 1934, Cartan 1931,...
We consider spaces for which there is a notion of harmonicity for complex valued functions defined o...
AbstractSuppose U is a domain in ℂn, not necessarily pseudoconvex, and D is a derivation on the alge...
We supply an argument missing in the proof of Theorem 3.3 in [2]. If X is a complex manifold, then t...
We wish to study those domains in Cn,for n ≥ 2, the so-called domains of holomorphy, which are in s...
Most of what we learned in Calculus I and II (single real variable calculus) can be extended to mult...
In this chapter we study an important concept in holomorphic analysis, having to do with the existen...
and real analytic differential geometry In this chapter we develop the basic theory of holomorphic a...
Let $W$ be a domain in a complex manifold $M$. In 2008 B. J\"oricke found a way to extend holomorphi...
Abstract. In classical function theory, a function is holomorphic if and only if it is complex analy...
Bounded symmetric domains are the Harish-Chandra realizations of Hermitian symmetric manifolds of th...
The prototypical complex manifold is the com-plex plane C. In three cases out of four we find someth...
Pars 1 and 2 are devoted to study of solutions of certain differential inequalities. Namely, in P...
In classical function theory, a function is holomorphic if and only if it is complex analytic. For h...
In this note we show that on any compact subdomain of a K¨ahler manifold that admits sufficiently ma...
A class of Fréchet algebras of real analytic functions is constructed, with a weaker condition than ...
We consider spaces for which there is a notion of harmonicity for complex valued functions defined o...
AbstractSuppose U is a domain in ℂn, not necessarily pseudoconvex, and D is a derivation on the alge...
We supply an argument missing in the proof of Theorem 3.3 in [2]. If X is a complex manifold, then t...
We wish to study those domains in Cn,for n ≥ 2, the so-called domains of holomorphy, which are in s...
Most of what we learned in Calculus I and II (single real variable calculus) can be extended to mult...
In this chapter we study an important concept in holomorphic analysis, having to do with the existen...
and real analytic differential geometry In this chapter we develop the basic theory of holomorphic a...
Let $W$ be a domain in a complex manifold $M$. In 2008 B. J\"oricke found a way to extend holomorphi...
Abstract. In classical function theory, a function is holomorphic if and only if it is complex analy...
Bounded symmetric domains are the Harish-Chandra realizations of Hermitian symmetric manifolds of th...
The prototypical complex manifold is the com-plex plane C. In three cases out of four we find someth...
Pars 1 and 2 are devoted to study of solutions of certain differential inequalities. Namely, in P...
In classical function theory, a function is holomorphic if and only if it is complex analytic. For h...
In this note we show that on any compact subdomain of a K¨ahler manifold that admits sufficiently ma...
A class of Fréchet algebras of real analytic functions is constructed, with a weaker condition than ...
We consider spaces for which there is a notion of harmonicity for complex valued functions defined o...
AbstractSuppose U is a domain in ℂn, not necessarily pseudoconvex, and D is a derivation on the alge...
We supply an argument missing in the proof of Theorem 3.3 in [2]. If X is a complex manifold, then t...