We study several connected problems concerning holomorphic function spaces on homogeneous Siegel domains. The main object of our study is the class of weighted mixed norm Bergman spaces on homogeneous Siegel domains of type II. The problems considered include: sampling, atomic decomposition, duality, boundary values, and boundedness of the Bergman projectors. Our analysis covers the Hardy spaces, and suitable generalizations of the classical Bloch and Dirichlet spaces. One of the main novelties in this work is the generality of the domains under consideration, that is, homogeneous Siegel domains, extending many results from the more particular cases of the upper half-plane, Siegel domains of tube type over irreducible cones, or symmetric, irreducible Siegel domains of type II.

Holomorphic function spaces on homogeneous siegel domains / M. Calzi, M.M. Peloso. - In: DISSERTATIONES MATHEMATICAE. - ISSN 0012-3862. - 563(2021 Aug 04), pp. 1-168. [10.4064/dm833-3-2021]

Holomorphic function spaces on homogeneous siegel domains

M. Calzi
Primo
;
M.M. Peloso
Ultimo
2021

Abstract

We study several connected problems concerning holomorphic function spaces on homogeneous Siegel domains. The main object of our study is the class of weighted mixed norm Bergman spaces on homogeneous Siegel domains of type II. The problems considered include: sampling, atomic decomposition, duality, boundary values, and boundedness of the Bergman projectors. Our analysis covers the Hardy spaces, and suitable generalizations of the classical Bloch and Dirichlet spaces. One of the main novelties in this work is the generality of the domains under consideration, that is, homogeneous Siegel domains, extending many results from the more particular cases of the upper half-plane, Siegel domains of tube type over irreducible cones, or symmetric, irreducible Siegel domains of type II.
Atomic decomposition; Bergman projectors; Bergman spaces; Bloch space; Boundary values; Dirichlet space; Hardy spaces; Homogeneous Siegel domains
Settore MAT/05 - Analisi Matematica
   Real and Complex Manifolds: Geometry, Topology and Harmonic Analysis
   MINISTERO DELL'ISTRUZIONE E DEL MERITO
   2015A35N9B_007
4-ago-2021
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/870861
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