Plateau’s problem concerns the existence of a surface of least area bounded by a given closed curve. The main focus of this thesis is the Douglas-Radó theorem, which, in the parametric formulation of the problem, guarantees the existence of a minimal surface bounded by a given Jordan curve in R^n. After introducing the variational approach, we use harmonic functions and the Courant-Lebesgue lemma to present a complete proof of the result.

Plateau’s problem concerns the existence of a surface of least area bounded by a given closed curve. The main focus of this thesis is the Douglas-Radó theorem, which, in the parametric formulation of the problem, guarantees the existence of a minimal surface bounded by a given Jordan curve in R^n. After introducing the variational approach, we use harmonic functions and the Courant-Lebesgue lemma to present a complete proof of the result.

Plateau's Problem: the Douglas-Radó Theorem

PEGORARO, ANNALAURA
2024/2025

Abstract

Plateau’s problem concerns the existence of a surface of least area bounded by a given closed curve. The main focus of this thesis is the Douglas-Radó theorem, which, in the parametric formulation of the problem, guarantees the existence of a minimal surface bounded by a given Jordan curve in R^n. After introducing the variational approach, we use harmonic functions and the Courant-Lebesgue lemma to present a complete proof of the result.
2024
Plateau's Problem: the Douglas-Radó Theorem
Plateau’s problem concerns the existence of a surface of least area bounded by a given closed curve. The main focus of this thesis is the Douglas-Radó theorem, which, in the parametric formulation of the problem, guarantees the existence of a minimal surface bounded by a given Jordan curve in R^n. After introducing the variational approach, we use harmonic functions and the Courant-Lebesgue lemma to present a complete proof of the result.
Plateau's Problem
Minimal Surfaces
Harmonic Functions
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/102023