Adam Korányi · Birkhäuser Boston eBooks · 2000
In this chapter we consider general domains in ℂ n . The material discussed is easily available in the literature. Still we give here essentially complete proofs, since we can do it in very concisely and since the results will be used later in several instances.
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Richard Beals, Roderick Wong · Graduate texts in mathematics · 2023
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Peter V. Dovbush, Steven G. Krantz · 2026
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M. Stoll · Cambridge University Press eBooks · 2009
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Gábor Székelyhidi · Graduate studies in mathematics · 2014
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Gadadhar Misra · Indian Journal of Pure and Applied Mathematics · 2010
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Peter Duren, Alexander Schuster · Mathematical surveys and monographs · 2004
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2015
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Akira Yamada · Complex Analysis and Operator Theory · 2023
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Łukasz Kosiński, Włodzimierz Zwonek · Operator Theory · 2014
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Peter Ebenfelt, Ming Xiao, Hang Xu · Mathematische Annalen · 2023
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Zbigniew Błocki · Contemporary mathematics - American Mathematical Society · 2015
We survey recent applications of pluripotential theory for the Bergman kernel and metric.
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Jinxun Wang, Xingmin Li · arXiv (Cornell University) · 2016
By introducing a suitable new definition for the inner product on the octonionic Bergman space, we determine the explicit form of the octonionic Bergman kernel, in the framework of octonionic analysis which is non-commutative and non-associative.
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S. Bock, M. I. Falcão, K. Guerlebeck · RepositóriUM (Universidade do Minho) · 2003
In this paper we revisit the so-called Bergman kernel method (BKM) for solving confor-mal mapping problems. This method is based on the reproducing property of the Bergman kernel function. The construction of reproducing kernel functions is not restricted to real dimension 2. Results concerning the construction of Bergman kernel functions in closed form for special domains in the framework of hypercomplex function theory suggest that BKM can also be extended to mapping problems in higher dimensions. We describe a 3-dimensional BKM-approach and present two numerical examples. 1
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2015
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Shoo Seto · Contemporary mathematics - American Mathematical Society · 2017
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Gargi Ghosh · 2015
The Bergman kernel is a very important object to study in many different areas of mathematics,
namely, complex analysis, partial differential equations, differential geometry and operator
theory to mention a few. Bergman kernel is an important tool for studying biholomorphic
(conformal) mappings and their boundary behaviour. We discuss Hilbert spaces of complex-valued functions defined on some X such that the point evaluations are continuous for each point of X. The Bergman kernel transforms nicely under biholomorphic mappings. We discuss this transformation property in detail and include two proofs of the transformation
rule using the Hilbert space structure of the Bergman space. The relationship
between the Bergman kernel function of a simply connected domain and the Riemann mapping
function of the domain is also mentioned. The relation between the Bergman projection
and the Bergman kernel is also discussed.
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Friedrich Haslinger (wien, Ωp {(z · 2016
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김강태 · Open Access System for Information Sharing (Pohang University of Science and Technology) · 2018
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Bo-Yong Chen, Yuanpu Xiong · Calculus of Variations and Partial Differential Equations · 2024
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