Optimal Asymptotic Behavior at Infinity of Solutions to the Lagrangian Mean Curvature Equation with Supercritical Phase in Dimension Two

Fuente: arXiv
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Main Authors: Bao, Jiguang, Jiang, Qinfeng
Format: Preprint
Published: 2026
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_version_ 1866909000018165760
author Bao, Jiguang
Jiang, Qinfeng
author_facet Bao, Jiguang
Jiang, Qinfeng
contents We employ a nonlocal method to study the asymptotic behavior at infinity ofsolutions to the two-dimensional supercritical Lagrangian mean curvature equation \[ \arctan λ_1(D^2u)+\arctan λ_2(D^2u) = θ+ f(x) \] on exterior domains in $\mathbb{R}^2$, where $|θ| \in (0, π)$ is a constant and $f$ is a Lipschitz continuous perturbation satisfying $f(x) = O(|x|^{-β})$ with decay rate $β> 0$ at infinity. This work generalizes the convergence results in \cite{BJ2026}, where $f$ is required to be at least $C^3$ and $β>2$. Moreover, all asymptotic results established in this paper are optimal.
format Preprint
id arxiv_https___arxiv_org_abs_2604_26246
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Optimal Asymptotic Behavior at Infinity of Solutions to the Lagrangian Mean Curvature Equation with Supercritical Phase in Dimension Two
Bao, Jiguang
Jiang, Qinfeng
Analysis of PDEs
35J60, 35C20
We employ a nonlocal method to study the asymptotic behavior at infinity ofsolutions to the two-dimensional supercritical Lagrangian mean curvature equation \[ \arctan λ_1(D^2u)+\arctan λ_2(D^2u) = θ+ f(x) \] on exterior domains in $\mathbb{R}^2$, where $|θ| \in (0, π)$ is a constant and $f$ is a Lipschitz continuous perturbation satisfying $f(x) = O(|x|^{-β})$ with decay rate $β> 0$ at infinity. This work generalizes the convergence results in \cite{BJ2026}, where $f$ is required to be at least $C^3$ and $β>2$. Moreover, all asymptotic results established in this paper are optimal.
title Optimal Asymptotic Behavior at Infinity of Solutions to the Lagrangian Mean Curvature Equation with Supercritical Phase in Dimension Two
topic Analysis of PDEs
35J60, 35C20
url https://arxiv.org/abs/2604.26246