In this paper, we prove a uniqueness theorem for a system of semilinear wave equations satisfying the null condition in $\mathbb{R}^{1+3}$. Suppose that two global solutions with $C_c^\infty$ initial data have equal initial data outside a ball and equal radiation fields outside a light cone. We show that these two solutions are equal either outside a hyperboloid or everywhere in the spacetime, depending on the sizes of the ball and the light cone.Comment: 43 pages, 1 figure. Revised based on a referee repor
AbstractAn existence theorem is proved for the continuation form of the Cauchy problem Pu = ƒ(z, u(z...
We describe in this article two recent results [11], [12], obtained by the author jointly with W. Sc...
We examine the solutions of the semilinear wave equation, and, in particular, of the φq model of qua...
In this paper, we prove a uniqueness theorem for a system of semilinear wave equations satisfying th...
We shall give a new proof of temporally global existence of small solutions for systems of semi-line...
∗The author was partially supported by M.U.R.S.T. Progr. Nazionale “Problemi Non Lineari...”In this ...
AbstractWe study local existence and uniqueness in the phase space Hμ×Hμ−1(RN) of the solution of th...
We study the propagation of a compactly supported high-frequency wave through a semi-linear wave equ...
The authors prove global existence of small solutions to a semilinear wave equation outside of conve...
The authors prove global existence of small solutions to a semilinear wave equation outside of conve...
This work establishes an almost global existence result for systems of semilinear wave equations in ...
For semi-linear wave equations with null form non-linearities on $\mathbb{R}^{3+1}$, we exhibit an o...
In dimensions one to three, the fundamental solution to the free wave equation is positive. Therefor...
We develop a new method for addressing certain weakly null systems of wave equations. This approach ...
AbstractMaxwell–Bloch equations describe the propagation of an electromagnetic wave through a quantu...
AbstractAn existence theorem is proved for the continuation form of the Cauchy problem Pu = ƒ(z, u(z...
We describe in this article two recent results [11], [12], obtained by the author jointly with W. Sc...
We examine the solutions of the semilinear wave equation, and, in particular, of the φq model of qua...
In this paper, we prove a uniqueness theorem for a system of semilinear wave equations satisfying th...
We shall give a new proof of temporally global existence of small solutions for systems of semi-line...
∗The author was partially supported by M.U.R.S.T. Progr. Nazionale “Problemi Non Lineari...”In this ...
AbstractWe study local existence and uniqueness in the phase space Hμ×Hμ−1(RN) of the solution of th...
We study the propagation of a compactly supported high-frequency wave through a semi-linear wave equ...
The authors prove global existence of small solutions to a semilinear wave equation outside of conve...
The authors prove global existence of small solutions to a semilinear wave equation outside of conve...
This work establishes an almost global existence result for systems of semilinear wave equations in ...
For semi-linear wave equations with null form non-linearities on $\mathbb{R}^{3+1}$, we exhibit an o...
In dimensions one to three, the fundamental solution to the free wave equation is positive. Therefor...
We develop a new method for addressing certain weakly null systems of wave equations. This approach ...
AbstractMaxwell–Bloch equations describe the propagation of an electromagnetic wave through a quantu...
AbstractAn existence theorem is proved for the continuation form of the Cauchy problem Pu = ƒ(z, u(z...
We describe in this article two recent results [11], [12], obtained by the author jointly with W. Sc...
We examine the solutions of the semilinear wave equation, and, in particular, of the φq model of qua...