Relaxation of the Wall-Pinned Magnetization Ringing Mode in Superfluid 3He-B

Nonlinear Parallel Ringing of Magnetization in Superfluid 3He

VISCOSITY COEFFICIENTS OF THE A-PHASE OF SUPERFLUID He AT LOW TEMPERATURES

It has been shown that the Boltzmann equation for the viscosity of the A-phase of superfluid 3He at low temperatures has the same form as for a normal Ferrni liquid. The viscosity coefficients A, B, C, D and E are derived exactly. The h , parameter plays an important role in determining the temperature dependence of the viscosity coefficients

Sound Propagation and Transport Properties of Liquid 3 He in

Superfluid 3He confined in aerogel offers a unique chance to study the effects of a short mean free path on the properties of a well defined superfluid Fermi liquid with anisotropic pairing. Transport coefficients and collective excitations, e.g. longitudinal sound, are expected to react sensitively to a short mean free path and to offer the possibility for testing recently developed models for...

Broken Symmetry and Nonequilibrium Superfluid 3He Circular Birefringence of Propagating Transverse Currents

The superfluid phases of 3He provide a unique physical system to study the dynamical effects of spontaneous symmetry breaking in condensed matter. The theory of superfluid 3He is grounded in what are arguably two of the most successful theories of strongly interacting matter, Landau’s Fermi-liquid theory and the BCS pairing theory of superconductivity. These two theories were placed into a comm...

A POSSIBLE EXPLANATION FOR THE RECENTLY OBSERVED PHASE TRANSITION IN SOLID 3He IN HIGH MAGNETIC FIELDS

Schuberth, Bakalyar and Adams (SBA) [1] have supercurrents may imply that magnetization can be recently reported evidence for a phase transition on supplied rapidly enough to allow solid to form with the 3He melting curve near the A 1 —A2 superfluid tranequilibrium polarization. Using the following expressitions in high magnetic fields. The phenomenon was sion for the entropy of the solid [5]: ...