The dynamical theory of the edge excitations of generic fractional quantum Hall (FQH) states
is summarized and expanded. The low energy effective theory of the edge excitations for the …

The focus of dark matter searches to date has been on Weakly Interacting Massive Particles
(WIMPs) in the GeV/c 2-TeV/c 2 mass range. The direct, indirect and collider searches in this …

We describe measurements of the decay of pure superfluid turbulence in superfluid He 3-B,
in the low temperature regime where the normal fluid density is negligible. We follow the …

We use conformal field theory to construct many-body hamiltonians whose ground states
support quasiparticle excitations with non-abelian statistics. Explicit forms of the many-body …

We describe the first direct observations of turbulence in superfluid 3 He− B. The turbulence
is generated by a vibrating-wire resonator driven at velocities exceeding the pair-breaking …

We report a sharp melting transition of the Bose glass in YBaCuO crystals with columnar
defects installed by the irradiation with 1 GeV Au ions. The melting B BG (T) is tracked at low …

We have studied the resonance of a commercial quartz tuning fork immersed in superfluid 4
He, at temperatures between 5 mK and 1 K, and at pressures between zero and 25 bar. The …

We report a transition in the vorticity generated by a grid moving in the B phase of superfluid
He 3 at T≪ T c. The evolution of the vorticity after arresting the grid shows a dramatic …

Using an existing experiment we have demonstrated in a pilot study that superfluid 3 He at
100 μK can be used as a nuclear recoil detector sensitive to neutron and γ interactions …

The lack of a general solution to the governing Navier–Stokes equations means that there is
no fundamental theory of turbulence. In the simpler case of pure quantum turbulence, the …