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The relaxation of a strongly coupled plasma towards the hydrodynamic regimeis studied by analyzing the evolution of local and nonlocal observables in theholographic approach. The system is driven in an initial anisotropic andfar-from equilibrium state through an impulsive time-dependent deformation(quench) of the boundary spacetime geometry. Effective temperature and entropydensity are related to the position and area of a black hole horizon, which hasformed as a consequence of the distortion. The behavior of stress-energytensor, equal-time correlation functions and Wilson loops of different shapesis examined, and a hierarchy among their thermalization times emerges: probesinvolving shorter length scales thermalize faster.

Equilibration of a strongly interacting plasma: holographic analysis of local and nonlocal probes