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Strongly interacting Fermi gases provide a clean and controllable laboratory system for modeling strong interparticle interactions between fermions in nature, from high temperature superconductors to neutron matter and quark-gluon plasmas. Model-independent thermodynamic measurements, which do...
It was found experimentally, that after a thermomagnetic avalanche the local surface self-field of a conventional NbTi superconductor may change its sign. To explain this phenomenon it is necessary to assume a break of the symmetry of the screening currents, caused by the thermomagnetic...
We present switching current measurements in niobium-aluminum oxide-niobium underdamped Josephson rings. Underdamped Josephson rings display hysteretic current-voltage curves which can be characterized by their switching current, the value of applied current at which the junctions switch to the...
Motivated by recent experiments in Bose-Einstein condensed atoms that have been confined in toroidal traps, we examine the stability of persistent currents in such systems. We investigate the extent that the stability of these currents may be tunable, and the possible difficulties in their...
We performed point contact spectroscopy measurements in the superconducting and normal state of a single crystal of the heavy fermion URu2Si2. The differential resistance as a function of bias voltage shows the features of the superconducting energy gap up to 1.37 K, above T
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