Revealing universal exotic super-fluidity with ultra-cold fermionic atoms

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This project aims to develop novel, more accurate methods to better characterise universal exotic super-fluidity, predicted to occur in ultra-cold fermionic atoms confined to move in two dimensions. Exotic super-fluidity, flow without loss of kinetic energy in unconventional states of matter, exists universally in cold-atoms, condensed matter systems and neutron stars, and lies at the heart of some two-dimensional quantum materials. In addition to enhancing Australia’s role at the forefront of ultra-cold atomic physics, our research could be useful for emergent technologies based on exotic super-fluidity.