Science News
A theoretical study predicts that cycling interactions between attraction and repulsion in a one-dimensional Bose gas can create “fractional Fermi seas,” highly excited states with hidden order beyond standard Tomonaga–Luttinger liquid theory Read Full Article…
⚛️ Researchers have discovered a novel critical phase of matter in ultracold Cesium atoms by forcing them far out of equilibrium through controlled interaction cycles.
🔬 This new state, dubbed a "fractional" Fermi sea, exhibits a hidden order and distinct correlations not seen in traditional quantum models like the Tomonaga-Luttinger liquid theory.
💡 The discovery opens new avenues for quantum simulation, allowing scientists to explore and create quantum matter beyond established paradigms. The experimental realization of this phenomenon is currently under review.
#QuantumPhysics #ColdAtoms #ScienceDiscovery
🔬 This new state, dubbed a "fractional" Fermi sea, exhibits a hidden order and distinct correlations not seen in traditional quantum models like the Tomonaga-Luttinger liquid theory.
💡 The discovery opens new avenues for quantum simulation, allowing scientists to explore and create quantum matter beyond established paradigms. The experimental realization of this phenomenon is currently under review.
#QuantumPhysics #ColdAtoms #ScienceDiscovery