Bound states of ultracold three-component fermions are relevant to quantum chromodynamics. This work discusses a viable observational signature of the distinct bound states (color superfluids, trions), analogues of mesons and hadrons, through matter-wave currents flowing in atomtronic circuits, highlighting the interplay of interactions and thermal fluctuations on deconfinement.
- Wayne J. Chetcuti
- Juan Polo
- Luigi Amico
