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Autori principali: Le, Nam Q., Savin, Ovidiu
Natura: Preprint
Pubblicazione: 2024
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Accesso online:https://arxiv.org/abs/2407.04586
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author Le, Nam Q.
Savin, Ovidiu
author_facet Le, Nam Q.
Savin, Ovidiu
contents We establish global $C^{1,β}$ and $W^{2, p}$ regularity for singular Monge-Ampère equations of the form \[\det D^2 u \sim \text{dist}^{-α}(\cdot,\partialΩ),\quad α\in (0, 1),\] under suitable conditions on the boundary data and domains. Our results imply that the convex Aleksandrov solution to the singular Monge-Ampère equation \[\det D^2 u=|u|^{-α}\quad \text{in}\quadΩ,\quad u=0\quad \text{in}\quad \partialΩ, \quad α\in (0, 1),\] where $Ω$ is a $C^3$, bounded, and uniformly convex domain, is globally $C^{1,β}$ and belongs to $W^{2, p}$ for all $p<1/α$.
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publishDate 2024
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spellingShingle Global $C^{1,β}$ and $W^{2, p}$ regularity for some singular Monge-Ampère equations
Le, Nam Q.
Savin, Ovidiu
Analysis of PDEs
We establish global $C^{1,β}$ and $W^{2, p}$ regularity for singular Monge-Ampère equations of the form \[\det D^2 u \sim \text{dist}^{-α}(\cdot,\partialΩ),\quad α\in (0, 1),\] under suitable conditions on the boundary data and domains. Our results imply that the convex Aleksandrov solution to the singular Monge-Ampère equation \[\det D^2 u=|u|^{-α}\quad \text{in}\quadΩ,\quad u=0\quad \text{in}\quad \partialΩ, \quad α\in (0, 1),\] where $Ω$ is a $C^3$, bounded, and uniformly convex domain, is globally $C^{1,β}$ and belongs to $W^{2, p}$ for all $p<1/α$.
title Global $C^{1,β}$ and $W^{2, p}$ regularity for some singular Monge-Ampère equations
topic Analysis of PDEs
url https://arxiv.org/abs/2407.04586