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Autori principali: Chau, Kai Hong, Kim, Young-Heon, Murugan, Mathav
Natura: Preprint
Pubblicazione: 2026
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Accesso online:https://arxiv.org/abs/2601.00234
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author Chau, Kai Hong
Kim, Young-Heon
Murugan, Mathav
author_facet Chau, Kai Hong
Kim, Young-Heon
Murugan, Mathav
contents We prove uniqueness of the maximal weak solutions to the supercooled Stefan problem in 1 dimension. This follows by showing that in 1 dimension, the optimal solution of the corresponding free target optimal transport problem given in \cite{GeneralDimensions}, is independent of the choice of the cost function. Moreover, we show that the supercooled Stefan problem lacks monotonicity and $L^1$-Lipschitz stability, which are available in a similar problem considered in a previous paper \cite{freetarget}. However, in $1$ dimension, it has stability in the weak convergence of measures.
format Preprint
id arxiv_https___arxiv_org_abs_2601_00234
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Uniqueness of the maximal solution of the supercooled Stefan problem in 1D
Chau, Kai Hong
Kim, Young-Heon
Murugan, Mathav
Analysis of PDEs
Probability
We prove uniqueness of the maximal weak solutions to the supercooled Stefan problem in 1 dimension. This follows by showing that in 1 dimension, the optimal solution of the corresponding free target optimal transport problem given in \cite{GeneralDimensions}, is independent of the choice of the cost function. Moreover, we show that the supercooled Stefan problem lacks monotonicity and $L^1$-Lipschitz stability, which are available in a similar problem considered in a previous paper \cite{freetarget}. However, in $1$ dimension, it has stability in the weak convergence of measures.
title Uniqueness of the maximal solution of the supercooled Stefan problem in 1D
topic Analysis of PDEs
Probability
url https://arxiv.org/abs/2601.00234