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High Temperature Universal Properties of Atomic Gases Near Feshbach Resonance with Non-Zero Orbital Angular Momentum
Tin-Lun Ho, Neldeltcho Zahariev
We show that the high temperature behavior of atomic gases near Feshbach Resonance with non-zero orbital angular momentum belong to a universality class different from…
Fermion Superfluids of Non-Zero Orbital Angular Momentum near Resonance
Tin-Lun Ho, Roberto B. Diener
We study the pairing of Fermi gases near the scattering resonance of the partial wave. Using a model potential which reproduces the actual two-body low energy scatteri…
The Condition for Universality at Resonance and Direct Measurement of Pair Wavefunctions Using rf Spectroscopy
Roberto B. Diener, Tin-Lun Ho
We show that when the Fermi energy of a Fermi gas is much smaller than the intrinsic energy width of a Fashbach resonance, the system behaves like a Fermi gas interacting with cont…
Projecting Fermion Pair Condensates into Molecular Condensates
Roberto B. Diener, Tin-Lun Ho
We offer strong evidence that the recent observations by M. Greiner, C. Regal, and D. Jin and by MIT group are signatures of a fermion superfluid in the strongly interacting regime…
Renormalization Group Limit Cycles in Quantum Mechanical Problems
Erich J. Mueller, Tin-Lun Ho
We formulate a renormalization group (RG) for the interaction parameters of the general two-body problem and show how a limit cycle emerges in the RG flow if the interaction approa…