The aim of this survey paper is to present a complete direct proof of a well celebrated cornerstone result of Loewner Theory, originally due to Kufarev et al. [16]. It states that the family of the hydrodynamically normalized conformal self-maps of the upper-half plane onto the complement of a gradually erased slit satisfies, under a suitable parametrization, the chordal Loewner differential equation. The proof is based solely on basic theorems of Geometric Function Theory combined with some elementary topological facts, and it does not require any advanced technique.

Chordal Loewner Equation

Gumenyuk, P
2016-01-01

Abstract

The aim of this survey paper is to present a complete direct proof of a well celebrated cornerstone result of Loewner Theory, originally due to Kufarev et al. [16]. It states that the family of the hydrodynamically normalized conformal self-maps of the upper-half plane onto the complement of a gradually erased slit satisfies, under a suitable parametrization, the chordal Loewner differential equation. The proof is based solely on basic theorems of Geometric Function Theory combined with some elementary topological facts, and it does not require any advanced technique.
2016
Complex Analysis and Dynamical Systems VI: Part 2: Complex Analysis, Quasiconformal Mappings, Complex Dynamics
9781470417031
9781470432065
Conformal mapping
hydrodynamic normalization
chordal Loewner equation
parametric representation
slit mapping
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1152062
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