Superfluid 3He is a paradigm for odd-parity Cooper pairing, ranging from neutron stars to
uranium-based superconducting compounds. Recently it has been shown that 3He, imbibed …

Nuclear magnetic resonance measurements of the magnetic susceptibility of superfluid He 3
imbibed in anisotropic aerogel reveal anomalous behavior at low temperatures. Although …

Superfluid 3He, with unconventional spin-triplet p-wave pairing, provides a model system for
topological superconductors, which have attracted significant interest through potential …

In the theory of dilute magnetic impurities in superconductors, the effect of all impurity spin-
components is expressed via a single magnetic scattering rate Γ m⁠. In a more realistic …

The spin-triplet p-wave superfluid polar phase has unique properties due its symmetry and
its topology both in real and in momentum space. The polar (or nematic) phase has the …

Recently, one analog of the Anderson's theorem for the s-wave superconductor has
attracted much interest in the context of the p-wave polar pairing state of superfluid He 3 in a …

Understanding the temperature dependence of thermal boundary resistance, or Kapitza
resistance, between liquid helium and sintered metal has posed a problem in low …

We perform cluster aggregation simulations to model the structure of anisotropic aerogel. By
biasing the diffusion process, we are able to obtain two distinct types of globally anisotropic …

A new superfluid phase of 3 He, a polar phase, which is known to stabilize in nematic
aerogel, has already led to the observation of many new phenomena. One important …

We report results of experiments with liquid He 3 confined in a high-porosity anisotropic
nanostructure which we call planar aerogel. This aerogel consists of nanofibers (with …