PhoQuS is a European research initiative funded under the Horizon 2020 FET Flagship program, aiming to pioneer a new platform for quantum simulation based on photonic quantum fluids.
Unlike traditional quantum simulators based on cold atoms or superconducting circuits, PhoQuS explores light as a quantum fluid, where photons interact and behave like particles in a superfluid. This approach enables the simulation of complex quantum systems using nonlinear optical effects that give rise to photon-photon interactions.
Quantum superfluidity and turbulence
Investigate quantum hydrodynamic effects such as superfluidity, turbulence, and quantized vortices in optical media.
Simulation of exotic quantum systems
Reproduce phenomena such as:
PhoQuS utilizes several experimental platforms:
These systems are engineered with:
PhoQuS is coordinated by Prof. Alberto Bramati (Sorbonne Université) and includes partners from:
The team consists of both experimental and theoretical experts in quantum optics, condensed matter physics, and ultracold atomic systems.
PhoQuS aims to position quantum fluids of light as a novel, versatile platform for quantum simulation—advancing our understanding of quantum many-body physics and unlocking new directions in photonic quantum technologies.