Abstract
We probe vortex dynamics in a thin film superconductor non-locally, i.e. away from the point where an electric current is applied. Lorentz force decreases along vortex motion and so does the vortex velocity. We also propose to perform voltage measurements concerning additive and cancelling flux flows at these non-local points. By analyzing minimal data that has been published previously we see that non-local flux dynamics is very different compared to usual flux dynamics with regions of decreasing resistance in increasing current. This point outs new dynamical aspects in vortex transport. Apart from this our studies are for those who wish to image slow vortices using scanning probe techniques.
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