COLLISIONS IN A D S AND HOLOGRAPHIC THERMALISATION Towards more realistic models of the QGP thermalisation Wilke van der Schee Supervisors: Gleb Arutyunov,
GAUGE/GRAVITY, THERMALISATION AND ENERGY LOSS Why, when and how do we use gravity? Wilke van der Schee Supervisors: Gleb Arutyunov, Thomas Peitzmann, Koenraad.
Far-from-equilibrium isotropisation , quasi-normal modes and radial flow
STRONG COUPLING ISOTROPIZATION SIMPLIFIED Why linearized Einstein’s equations may be enough Wilke van der Schee Universitat de Barcelona, March 22, 2012.
COMPUTING DYNAMICAL ADS SPACETIMES BLACK HOLE FORMATION AS A MODEL FOR THERMALISATION Wilke van der Schee Holography near and far-from equilibrium, University.
Collisions in A d S and holographic thermalisation
Gauge/gravity, thermalisation and energy loss
Strong coupling isotropization simplified
Holographic Thermalisation with Radial Flow
