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Quantitative magneto-optical imaging of a type-II superconductor thin filmcooled under zero, homogeneous, and inhomogeneous applied magnetic fields,indicates that the latter procedure leads to an enhancement of the screeningcapacity. Such an observation is corroborated by both B-independent andB-dependent critical state model analyses. Furthermore, repulsive (attractive)vortex-(anti)vortex interactions were found to have a decisive role in theshielding ability, with initial states prepared with vortices resulting in ashorter magnetic flux front penetration depth than those prepared withantivortices. The proposed strategy could be implemented to boost theperformance of thin superconducting devices.

Enhancing the effective critical current density in a Nb superconducting thin film by cooling in an inhomogeneous magnetic field