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A finiteness theorem for holomorphic Banach bundles

Jürgen Leiterer (2007)

Annali della Scuola Normale Superiore di Pisa - Classe di Scienze

Let E be a holomorphic Banach bundle over a compact complex manifold, which can be defined by a cocycle of holomorphic transition functions with values of the form id + K where K is compact. Assume that the characteristic fiber of E has the compact approximation property. Let n be the complex dimension of X and 0 q n . Then: If V X is a holomorphic vector bundle (of finite rank) with H q ( X , V ) = 0 , then dim H q ( X , V E ) < . In particular, if dim H q ( X , 𝒪 ) = 0 , then dim H q ( X , E ) < .

A note on Costara's paper

Armen Edigarian (2004)

Annales Polonici Mathematici

We show that the symmetrized bidisc 𝔾₂ = {(λ₁+λ₂,λ₁λ₂):|λ₁|,|λ₂| < 1} ⊂ ℂ² cannot be exhausted by domains biholomorphic to convex domains.

A result on extension of C.R. functions

Makhlouf Derridj, John Erik Fornaess (1983)

Annales de l'institut Fourier

Let Ω an open set in C 4 near z 0 Ω , λ a suitable holomorphic function near z 0 . If we know that we can solve the following problem (see [M. Derridj, Annali. Sci. Norm. Pisa, Série IV, vol. IX (1981)]) : u = λ f , ( f is a ( 0 , 1 ) form, closed in U ( z 0 ) in U ( z 0 ) with supp ( u ) Ω U ( z 0 ) , then we deduce an extension result for C . R . functions on Ω U ( z 0 ) , as holomorphic fonctions in Ω V ( z 0 ) .

A special version of the Schwarz lemma on an infinite dimensional domain

Tatsuhiro Honda (1997)

Atti della Accademia Nazionale dei Lincei. Classe di Scienze Fisiche, Matematiche e Naturali. Rendiconti Lincei. Matematica e Applicazioni

Let B be the open unit ball of a Banach space E , and let f : B B be a holomorphic map with f 0 = 0 . In this paper, we discuss a condition whereby f is a linear isometry on E .

Action d'une forme réelle d'un groupe de Lie complexe sur les fonctions plurisousharmoniques

Jean-Jacques Loeb (1985)

Annales de l'institut Fourier

Soit G C un groupe de Lie complexe et G R une forme réelle fermée de G C . Un couple ( G C , G R ) est dit pseudo-convexe, s’il existe sur G C une fonction régulière, strictement p.s.h., invariante par l’action de G R et d’exhaustion sur G C / G R . On dit que G R est à spectre imaginaire pur, si pour tout X de Lie ( G R ) , les valeurs propres de ad X sont imaginaires pures. Pour G C à radical simplement connexe, cette dernière propriété équivaut à la pseudo-convexité de ( G C , G R ) . Pour ( G C , G R ) pseudo-convexe et sous une hypothèse de sous-groupe discret,...

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