Granada Summer School on Quantum Matter Out Of Equilibrium, September 2025.

#SummerSchool #QuantumMatter#Non-equilibriumSystems #QuantumFluids

www.quantiki.org/conference/g...

Explores quantum turbulence beyond mean-field approximations, proposing that strong quantum fluctuations near phase transitions generate novel cascade dynamics distinct from classical fluids and weakly-interacting superfluids.

#QuantumTurbulence #QuantumFluids #Research

Technical supplement to Episode 4.

What does it take to make matter move toward the push?

Effective mass, dispersion engineering, spin-orbit coupling, dynamical instability, scale limits, and one hidden condition.

#NegativeMass #HiddenLabSeries #EffectiveMass
#ExoticMatter #QuantumFluids

Researchers at Berkeley Lab created the first tunable Bose-Einstein Condensate of excitons in 2D semiconductors, operating at 2 Kelvin and controllable via magnetic fields. This breakthrough could enable new quantum simulations and computing technologies.

#QuantumFluids #Semiconductors #News

Novel quantization method reveals complex energy spectra and tensor-valued effective masses for quantum vortex filaments near surfaces, enabling theoretical understanding of boundary layer formation in quantum systems.

#QuantumVortices #QuantumFluids #Research

Researchers discover liquid helium-4 transitions between two quantum states driven by nuclear fluctuations, revealing gas-like transport at lower temperatures. Path integral simulations challenge conventional understanding of quantum liquids.

#QuantumFluids #QuantumPhysics #News

Numerical study of 2D exciton-polariton fluids driven by counter-propagating lasers identifies four regimes—linear, solitonic, turbulent, superfluid—governed by kinetic vs. interaction energy balance, with turbulence accessible in GaAs microcavities.

#QuantumFluids #PolaritonPhysics #Research