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Point contact spectroscopy measurements have been performed on Nb/PdNibilayers in which the thickness of the Nb layer, dNb, was kept constant to 40nm while the thickness of PdNi, dPdNi, was changed from 2 nm to 9 nm. Featuresrelated to the superconducting gap induced in the ferromagnet have beenobserved in the dV/dI versus V curves. These structures show a non-monotonicbehaviour as a function of dPdNi as a consequence of the damped oscillatorybehaviour of the superconducting order parameter in the ferromagnetic layer.

Non-monotonic behaviour of the superconducting order parameter in Nb/PdNi bilayers observed through point contact spectroscopy