activity
20112026
most citedTransference of Bilinear Restriction Estimates to Quadratic Variation Norms and the Dirac-Klein-Gordon System

28 citations · 122 across the 16 of their papers we have counts for

collaborators

20 papers

math.AP2026

Scattering for the 4D Zakharov system below the ground state

Timothy Candy, Kenji Nakanishi

For the Zakharov system in four space dimensions, we prove that all solutions inside the potential well of the ground states are global and scattering in the energy space, with no…

math.AP2023

The massless and the non-relativistic limit for the cubic Dirac equation

Timothy Candy, Sebastian Herr

Massive and massless Dirac equations with Lorentz-covariant cubic nonlinearities are considered in spatial dimension . Global well-posedness of the Cauchy problem for small…

math.AP2022

Minimal non-scattering solutions for the Zakharov system

Timothy Candy

We consider the Zakharov system in the energy critical dimension with energy below the ground state. It is known that below the ground state solutions exist globally in time,…

math.CA2020

A note on bilinear wave-Schrödinger interactions

Timothy Candy

We consider bilinear restriction estimates for wave-Schrödinger interactions and provided a sharp condition to ensure that the product belongs to in the full bilinear…

math.AP2020★ 8 cited

Global wellposedness for the energy-critical Zakharov system below the ground state

Timothy Candy, Sebastian Herr, Kenji Nakanishi

The Cauchy problem for the Zakharov system in the energy-critical dimension is considered. We prove that global well-posedness holds in the full (non-radial) energy space for…

math.AP2019★ 3 cited

The Zakharov system in dimension

Timothy Candy, Sebastian Herr, Kenji Nakanishi

The sharp range of Sobolev spaces is determined in which the Cauchy problem for the classical Zakharov system is well-posed, which includes existence of solutions, uniqueness, pers…