On the well-posedness of the wave map problem in high dimensions
Andrea Nahmod, Atanas Stefanov, Karen Uhlenbeck
Abstract
We construct a gauge theoretic change of variables for the wave map from R × Rn into a compact group or Riemannian symmetric space, prove a new multiplication theorem for mixed Lebesgue-Besov spaces, and show the global well-posedness of a modified wave map equation - n 4 - for small critical initial data. We obtain global existence and uniqueness for the Cauchy problem of wave maps into compact Lie groups and symmetric spaces with small critical initial data and n 4.
Create a lesson
Related papers
A Riesz-Map Preconditioned Extragradient Method for Price Formation in Mean Field Games
Yeva Gevorgyan, Diogo Gomes
An Aleksandrov estimate for kinetic equations with rough coefficients
Amĺie Loher, Connor Mooney, Clément Mouhot et al.
The Inviscid Limit in Uniformly Local Yudovich Spaces
Zachary Radke
Ground states and sharp logarithmic Sobolev inequalities for logarithmic Schrödinger equations with partial confinement
Baihong Li, Jarosław Mederski, Xiangjian Zeng
Existence and large-field asymptotics of Hopfions in a continuum model of frustrated magnets
Glal Bacho, Christof Melcher
Existence and uniqueness of bound states with prescribed number of nodes for nonlinear dispersive equations on spherically symmetric manifolds
Valentino Badalucco