Infinity on a Gridshell

Abstract

In recent years, hyperboloidal methods have started to play a critical role in black-hole perturbation theory as they have expanded into diverse applications such as the computation of long-time wave equations, quasi-normal modes, alternative theories of gravity, effective-one-body formalism, and self-force. Extensive progress has been achieved during the past decade, with many developments targeting the generic solution of nonlinear Einstein equations.

Goals

This workshop aims to bring together leading experts to review and summarize the progress in hyperboloidal methods. Our goal is to assess the current state-of-the-art of these methods in a wide range of applications and to foster new collaborations. We will particularly focus on solving the full Einstein equations for astrophysically relevant scenarios.