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We investigate Josephson junctions among conventional superconducting wires,in the presence of externally applied Zeeman fields and supercurrents. Wedemonstrate that the critical Josephson current and the current-phase relationof the junction depends on the relative orientation of the applied Zeemanfields and supercurrents. The controllability of the Josephson current relieson the stabilization of conventional superconductivity in high magnetic fields,due to the restoration of the opposite momentum opposite spin projectionresonance at the Fermi level. We assert that our results can lead to thedevelopment of novel superconducting electronics.

Controllable critical Josephson current and 0-{\pi} transition in superconductor-insulator-superconductor heterostructures