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Over the last decade it has been shown that magnetic non-collinearity at as-wave superconductor/ferromagnet interface is a key ingredient forspin-singlet to spin-triplet pair conversion. This has been verified in severalsynthetic non-collinear magnetic structures. A magnetically soft and hardferromagnetic layer combination in a bi-layer structure can function as a fieldtunable non-collinear magnetic structure which may offer magnetic-fieldtuneability of singlet-to-triplet pair conversion. From magnetizationmeasurements of Nb/Co/Py/Nb multilayers we demonstrate a reversible enhancementof the superconducting critical temperature of 400 mK by measuring Tc with andwithout a non-collinear magnetic structure between Co and Py. The sensitivityof Tc in these structures offers the potential for realizing magnetic fieldtunable Josephson junctions in which pair conversion and Josephson criticalcurrents are controllable using modest magnetic fields.

Magnetic field tunable superconducting transition in Nb/Co/Py/Nb exchange spring multilayers