We study the physics of soft-core bosons at zero temperature in two dimensions for a class
of potentials that could be realised in experiments with Rydberg dressed Bose-Einstein …

We present a theoretical approach to describe the two-dimensional (2D) transport properties
of the surfaces of three-dimensional topological insulators (3DTIs) including disorder and …

We study a system of hard-core boson on a one-dimensional lattice with frustrated next-
nearest-neighbor hopping and nearest-neighbor interaction. At half filling, for equal …

A supersolid is a quantum entangled state of matter that combines features of both
superfluids and solids. Despite predictions of its analog in quantum magnets, the …

Measurements on solid 4 He show large softening of the shear modulus due to dislocations,
behavior which has been described as giant plasticity. Dislocation networks may also be …

Spin supersolids and spin superfluids reveal complex canted spin structures with
independent order of longitudinal and transverse spin components. This work addresses the …

Photon-mediated interaction can be used for simulating complex many-body phenomena
with ultracold atoms coupled to electromagnetic modes of an optical resonator. We study …

Employing density functional calculations we predict that SmS undergoes a topological
phase transition from the trivial Kondo insulator (KI) black phase to a topological metallic …

Figure 1: In a Bose-Einstein condensate of dipolar atoms (white arrows), dense
“droplets”(dark blue) will form because of the intricate interplay among the trapping potential …

Whether the surface states in SmB 6 are topological is still a critical issue in the field of
topological Kondo insulators. In the magneto-transport study of single crystalline SmB 6 …