Ayan Mukhopadhyay (11/05/17)

Anders Claesson, maí 8, 2017

Málstofa í stærðfræði

Fyrirlesari: Ayan Mukhopadhyay, Vienna University of Technology

Titill: The mogul pistes of non-equilibrium causal correlations in strongly interacting holographic systems: universal features and how they reveal the microscopic theory.

Staðsetning: V-158 (VR-II)
Tími: Fimmtudagur 11. maí kl. 13:30

Ágrip:

I will report exact calculations of holographic retarded (causal) correlation function away from equilibrium in states driven from one thermal equilibrium to another by a homogeneous energy injection. Our calculations reveal universal features of thermalization of the retarded propagator. Furthermore, I will discuss how the measurement of the non-equilibrium retarded propagator (possible by techniques such as pump-probe spectroscopy) enables us to learn a lot about the dual gravity description (i.e. the microscopic theory) by establishing novel connections between quantum information content of non-equilibrium density matrices and the classical dynamics of the apparent and event horizons in the dual geometries.