CORDIS Project
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This project aims to model the hydrodynamics of strongly-coupled quantum matter using gauge/gravity duality. It focuses on understanding the interplay between momentum relaxation and quantum criticality, enhancing knowledge of phenomena in systems like high-temperature superconductors and graphene.
The dynamics of weakly-coupled quantum matter can be solved by techniques deriving from perturbative quantum field theory.
Conventional metals are described by long-lived quasiparticles (Fermi liquids).
No such methods are available for strongly-coupled quantum matter where quasiparticles are short-lived, like the Quark-Gluon-Plasma, high Tc superconductors (HTCs) or graphene near the charge neutrality point.In HTCs, it has been argued the interaction timescale is the fastest scale in the system…
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