The past two decades have seen an explosion of work on Josephson junctions containing
ferromagnetic materials. Such junctions are under consideration for applications in digital …

We demonstrate nonreciprocal critical current in 65 nm thick polycrystalline and epitaxial Nb
thin films patterned into tracks. The nonreciprocal behavior gives a supercurrent diode effect …

The evolution of the magnetic moment as a function of the applied magnetic field for a
superconducting material is usually described by the so-called Bean model. We show here …

Josephson junctions containing ferromagnetic materials exhibit interesting physics and
show promise as circuit elements for superconducting logic and memory. For memory …

Transparent superconductors combined with quantum photonics are in high demand for
quantum computing, communication, and sensing. In this work, we report detailed magneto …

We report on the electrical transport properties of Nb based Josephson junctions with Pt/Co
68 B 32/Pt ferromagnetic barriers. The barriers exhibit perpendicular magnetic anisotropy …

The role of spin orbit interaction in superconducting proximity effect is an area of intense
research effort. Recent theoretical and experimental works investigate the possible role of …

Ferromagnetic Josephson junctions exhibit fascinating physics and the potential for
applications in superconducting logic and memory. The junctions in a demonstrated …

We demonstrate the process to improve surface morphology of an epitaxial NbN layer and
the epitaxial growth of a Co-based Heusler alloy, Co 2 FeSi (CFS), film on the surface …

Studies of ferromagnet-superconductor hybrid systems have uncovered magnetic
interactions between the competing electronic orderings. The electromagnetic (EM) …