When two different materials are brought together, a plethora of quantum phenomena and
functionalities can emerge. A prominent example is the superconductivity in Ni/Bi bilayers …

The intermetallic compound NiBi3 belongs to the interesting class of superconductors that
are based on strong ferromagnetic elements. Although NiBi3 has been grown in single …

Epitaxial bilayer films of Bi (110) and Ni host a time-reversal symmetry breaking
superconducting order with an unexpectedly high transition temperature T c= 4.1 K. Using …

Bi/Ni bilayers with varying Bi and Ni layer thicknesses have been prepared by (a) pulsed-
laser deposition (PLD) at 300 K and (b) thermal evaporation at 4.2 K. A two-step …

Magnetic properties of the binary Nickel/Bismuth alloy (Ni/Bi) are investigated within the
effective field theory. The Ni/Bi alloy has been modeled that the rhombohedral Bi lattice is …

Motivated by the recent observations of possible p-wave superconductivity in a bismuth-
nickel (Bi/Ni) bilayer, we explore theoretically the possibilities of realizing p-wave …

We report a study of NiBi 3 single crystals by means of electrical-resistivity, magnetization,
and muon-spin rotation and relaxation (μ SR) measurements. As a single crystal, NiBi 3 …

Unconventional superconductivity has been suggested to be present at the interface
between bismuth and nickel in thin-film bilayers. In this work, we study the structural …

We report a study on the growth of NiBi 3 nanowires and nanorods during the preparation of
superconducting NiBi 3 films by co-evaporation of Ni and Bi. We find that NiBi 3 films grown …

Nonreciprocal transport, an exciting quantum physical phenomenon arising from symmetry
breaking, can be significantly magnified in the superconducting state. Recent progresses …