GT EYAWKAJKOS
Mullins-Sekerka as the Wasserstein flow of the perimeter
par
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Europe/Paris
Fokko-du-Cloux (Braconnier)
Fokko-du-Cloux
Braconnier
Description
The aim of the speech is to present this article https://arxiv.org/abs/1910.02508 by Antonin Chambolle and Tim Laux. The one phase Millins Sekerka equation has a gradient-flow structure. By convergence of a JKO scheme, the two authors prove the existence of solutions in a weak sense : it satisfies a distributional equation including varifolds. Moreover, these solutions also satisfy an optimal energy-dissipation inequality that can be used in later proof of a weak-strong uniqueness principle .