-
David Garfinkle , Oakland University
-
Carsten Gundlach, University of Southampton
-
Luis Lehner, Perimeter Institute and University of Guelph
About:
Two groups of questions were addressed:
- Which open questions in mathematical relativity and fundamental physics could profit from numerical relativity solutions? Which simulations are in fact being planned? Which are most interesting or most feasible?
-
Which mathematical and numerical methods now established in astrophysical simulations can be applied to other types of simulations? Which other methods may become useful?
Speakers and their talk titles
Piotr Bizon, Jagiellonian University - On Weakly Turbulent Instability of AdS
Patrick Brady, University of Wisconsin - Internal Structure of Black Holes
Nick Evans, University of Southampton - Quarks at Finite Temperature: Probe Branes and Black Holes
David Garfinkle, Oakland University - Gravitational Collapse of K-Essence
Carsten Gundlach, University of Southampton - Critical Phenomena in Gravitational Collapse
Luis Lehner, Perimeter Institute and University of Guelph - Black String Dynamics
Steve Liebling, Long Island University - Black Hole Critical Behavior in Axisymmetry
Lee Lindblom, CalTech - Solving Einstein's Equations on Manifolds with Arbitrary Spatial Topology
Jorma Louko, University of Nottingham - Gravitational Duals of Expanding Plasmas
Amos Ori, Technion - More on Black Hole Interiors
Frans Pretorius, Princeton University - A New Numerical Approach to Evolution of 5D Asymptotically AdS Spacetimes
Fethi Ramazanoglu, Princeton University - Evaporation of 2-Dimensional Black Holes
Harvey Reall, University of Cambridge - Instabilities of Higher Dimensional Black Holes
Oliver Rinne, University of Cambridge - Vacuum Axisymmetric Gravitational Collapse
Jorge Santos, University of California - Black Holes with Only One Killing Field
Olivier Sarbach, Universidad Michoacana - Einstein's Field Equations as a Cauchy Problem on Compactified Constant Mean Curvature Hypersurfaces
Masaru Shibata, University of Kyoto - Higher Dimensional Numerical Relativity
Ulrich Sperhake, CSIC-IEEC Barcelona, Helvi Witek, Universidade Tecnica de Lisboa and Miguel Zilhao, University of Porto - Colliding Black Holes Beyond 3+1 Dimensions
Evgeny Sorkin, University of British Columbia - Critical Collapse of Axisymmetric Gravitational Waves
Andrei Starinets, University of Oxford - Gauge-Gravity Duality: A Brief Overview
Robert Wald, University of Chicago - Bobbing and Kicks in Electromagnetism and Gravity
Toby Wiseman, Imperial College London - Numerical Methods to Find Static and Stationary Black Holes