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Random data Cauchy theory for supercritical wave equations I: local theory

机译:超临界波动方程的随机数据柯西理论I:局部理论

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We study the local existence of strong solutions for the cubic nonlinear wave equation with data in H s (M), s<1/2, where M is a three dimensional compact Riemannian manifold. This problem is supercritical and can be shown to be strongly ill-posed (in the Hadamard sense). However, after a suitable randomization, we are able to construct local strong solution for a large set of initial data in H s (M), where s≥1/4 in the case of a boundary less manifold and s≥8/21 in the case of a manifold with boundary.
机译:我们用H s(M),s <1/2的数据研究立方非线性波动方程强解的局部存在,其中M是三维紧凑黎曼流形。这个问题是超临界的,可以证明是病态严重(在Hadamard的意义上)。但是,经过适当的随机化后,我们能够为Hs(M)中的大量初始数据构建局部强解,其中在边界较少的流形情况下s≥1/ 4,而在s≥8/ 21的情况下有边界流形的情况。

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