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the strong energy dependence of the supercurrent in superconducting proximity systems. In this work, we predicted that one may induce a finite heat current in the system by tuning the supercurrent flowing in it, either by externally applying it or controlling it via a magnetic flux. This supercurrent-controlled heat current results at suitable circumstances in a measurable cooling of the normal metal.

Fig. 1. Top: SEM picture of the multi-terminal normal-superconductor system. Bottom: stable phase configuration of the system vs. heating voltage.

We continued our collaboration with the experimental groups of I. Sosnin and V. Petrashov from the Royal Holloway University of London (RHUL) and the

Annual Report 2007

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