activity
20032024
most citedRegularity of Wave-Maps in dimension 2+1

147 citations · 1.7k across the 86 of their papers we have counts for

collaborators

95 papers

math.AP2024

Nonlinear interpolation and the flow map for quasilinear equations

Thomas Alazard, Nicolas Burq, Mihaela Ifrim +2

We prove an interpolation theorem for nonlinear functionals defined on scales of Banach spaces that generalize Besov spaces. It applies to functionals defined only locally, requiri…

math.AP2024

Global solutions for 1D cubic defocusing dispersive equations, Part IV: general dispersion relations

Mihaela Ifrim, Daniel Tataru

A broad conjecture, formulated by the authors in earlier work, reads as follows: "Cubic defocusing dispersive one dimensional flows with small initial data have global dispersive s…

math.AP2024

Near soliton evolution for -equivariant Schrödinger Maps in two space dimensions

Ioan Bejenaru, Mohandas Pillai, Daniel Tataru

We consider equivariant solutions for the Schrödinger Map equation in dimensions, with values into . Within each equivariance class this admi…

math.AP2024

Global solutions for cubic quasilinear Schroedinger flows in two and higher dimensions

Mihaela Ifrim, Daniel Tataru

In recent work the authors proposed a broad global well-posedness conjecture for cubic defocusing dispersive equations in one space dimension, and then proved this conjecture in tw…

math.AP2023

The global well-posedness conjecture for 1D cubic dispersive equations

Mihaela Ifrim, Daniel Tataru

The goal of this article is to discuss a recent conjecture of the two authors, which aims to describe the long time behavior of solutions to one-dimensional dispersive equations wi…

math.AP2023★ 1 cited

Sharp Hadamard local well-posedness, enhanced uniqueness and pointwise continuation criterion for the incompressible free boundary Euler equations

Mihaela Ifrim, Ben Pineau, Daniel Tataru +1

We provide a complete local well-posedness theory in based Sobolev spaces for the free boundary incompressible Euler equations with zero surface tension on a connected fluid…