The proximity effect at superconductor-ferromagnet interfaces produces damped oscillatory
behavior of the Cooper pair wave function within the ferromagnetic medium. This is …

The Josephson coupling of two isotropic s-wave superconductors through a small,
magnetically active junction is studied. This is done as a function of junction transparency …

We calculate the current-phase relation of a long Josephson junction consisting of two
ferromagnetic domains with an equal but opposite magnetization h, sandwiched between …

New modes of the magnetic-flux penetration in superconducting quantum interference
devices (SQUID's) with ferromagnetic junctions are predicted theoretically. Characteristic …

Properties of the DC Josephson effects in unconventional-superconductors under the
presence of an exchange field in the insulator are studied theoretically. The current-phase …

A solid-state quantum computing structure includes a dot of superconductive material, where
the superconductor possesses a dominant order parameter with a non-zero angular …

The quasiparticles energy spectrum in clean ferromagnetic weak links between
conventional superconductors is calculated. Large peaks in density of states (DOS), due to a …

Division of application No. 09/810,818, filed on Mar. 16, 2001. A method is described for
forming a solid state qubit. The 7 method includes forming a dot or an anti-dot. The dot or …

Utilizing a microscopic Bogoliubov–de Gennes approach, we study the Josephson effect in
arbitrarily oriented d-wave superconductors connected through two ferromagnets with …

Superconductivity is shown to be completely destroyed in thin mesoscopic or nanoscopic
rings closed by the junction with a noticeable interfacial pair breaking and/or a Josephson …