Mihalis Dafermos - The "inside story" of black hole stability

I will discuss the initial value problem for the Einstein equations and present results concerning the existence and asymptotic behavior of

In these lectures I will explain the basics of microlocal analysis, emphasizing non elliptic problems, such as wave propagation, both on manifolds without boundary, and on manifolds with boundary. In

In the algebraic approach to quantum field theory on curved backgrounds, there exists a special class of quantum states for free fields,

In these lectures I will explain the basics of microlocal analysis, emphasizing non elliptic problems, such as wave propagation, both on

The study of the asymptotic behavior of higher spin fields has proven to be a key point in understanding the stability properties of

In this talk we address some issues concerning the wave propagation in the 4D+1 anti de Sitter space time : the role of the conformal

The Christodoulou Klainerman proof of existence of asymptotically simple space-­times shows that it is reasonable to consider the scattering of

In these lectures I will explain the basics of microlocal analysis, emphasizing non elliptic problems, such as wave propagation, both on manifolds without boundary, and on manifolds with boundary. In

I will explain how one can formulate and formalize the Gupta Bleuler framework for the Quantization of the electromagnetic field in an

I will discuss energy and Morawetz (or integrated local decay) estimates for fields outside black holes. These results build on results for

In order to control locally a space time which satisfies the Einstein equations, what are the minimal assumptions one should make on its

TBA