Stable pairing states of superfluid He 3 in aerogel are examined in the case with a global
uniaxial anisotropy which may be created by applying a uniaxial stress to the aerogel. Due …

Superfluid 3 He-A shares the properties of spin nematic and chiral orbital ferromagnet. Its
order parameter is characterized by two vectors ̂d and ̂l. This doubly anisotropic …

It is known that both magnetic and nonmagnetic impurities suppress unconventional
superconductivity. Here we compare their effect on the paradigm unconventional …

Motivated by recent experiments on liquid He 3 reporting emergence of novel superfluid
phases in globally anisotropic aerogels, our previous theory on superfluid He 3 in globally …

The uniaxial strain dependence of refractive index anisotropy has been measured for a
series of high-porosity aerogel samples. Uniaxial compression of compliant aerogels …

We theoretically investigate pairing states of the spin-triplet p-wave superfluid 3 He confined
in narrow cylinders. The surface-induced distortion and the multiple internal degrees of …

Surface scattering effects in thin films of the superfluid 3He B phase have been theoretically
investigated, with an emphasis on the stability of the stripe order with spontaneous broken …

Effects of impurity scatterings on the strong-coupling (SC) contribution, stabilizing the ABM
(axial) pairing state, to the quartic term of the Ginzburg-Landau free energy of superfluid He …

Recent theoretical and experimental studies of superfluid H 3 e in aerogels with a global
anisotropy created, eg, by an external stress have definitely shown that the A-like phase with …

Longitudinal sound attenuation measurements in superfluid H 3 e in 98% aerogel were
conducted at pressures between 14 and 33 bar and in magnetic fields up to 0.444 T. The …