Abstract
Superconductivity The existence of thermoelectric effects in superconductors has posed a particularly difficult challenge for physicists. Not only have experiments and theory been in paradoxical discrepancy by orders of magnitude, but they often are in full disagreement with one another. Shelly et al. resolved this stalemate and developed an experimental method using highly sensitive quantum nanoscale interferometers. A theory that identifies these thermoelectric effects in superconductors supports the experimental measurements. This work may help lead to practical applications of superconductors. Sci. Adv. 2 , 10.1126.sciadv.01250 (2016)
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