Does the superfluid part of a supersolid, superfluid, or superconducting body have, of itself, “inertia?”

We have studied the transition region of 2d superfluid by measuring the superfluid mass of a 4 ~ e film adsorbed on a mylar substrate using the Andronikashvili torsional

Résumé.- Pour la phase A et en particulier pour la phase Ai de He superfluide nous comparons la théorie de deux liquides de spin de Leggett et Takagi avec les théories

At a constant temperature, the time dependence of the recovery of the magnetization is found to change from exponential behavior, for tipping-angles smaller than €Ic, to

Similar measurements in the B phase would be very desirable in order to be able to determine the tem- perature dependence of the transport coefficient of the order parameter in

For attractive potentials with weak repulsive cores we find the pair phase to possess a Bose-Einstein condensate (B.E.C.) with a first order transition, whereas, with strong

The superuid interpretation of modern physics which has been presented in this work, has been built on available evidences, from observations of vortices in superuid helium, up to

These results are extended in order to take into account strong- coupling effects and we show how measurements under a magnetic field may provide information

Abstract 2014 We study the spreading of a superfluid helium drop totally wetting a smooth solid plane at very low temperatures (T ~ 0). 2014 For macroscopic drops,