… Heat engines are key devices that convert thermal energy into … of electrical heat engines,
is present in superconducting spin … Here we realize a superconducting spintronic heat engine …

… By decreasing the size of the heat engine to the nanoscale … This opens new possibilities
for the operation of a heat engine… , presented by normal or superconducting metal leads, are …

… of a versatile mesoscopic engine working at cryogenic temperatures. Superconducting
devices hold promise in this respect, but heat engines based on superconducting elements are …

… Superconducting spintronics is based on the creation of spin-… a superconductor–ferromagnetic-insulator–
superconductor (… We propose a quantum heat engine that can be electrically …

… is to use superconducting qubits [27], though here as well, the superconducting requirement
to … 4) relative to a classical nanoscale heat engine. The QSE device’s electronic potential …

… the superconductor, we require robust superconductors with … , and 22nm) as the
superconductor. Niobium nitride (NbN) is … it is a type-II superconducting material, with a critical …

… Our results introduce spintronics onto the quantum technologies roadmap as a very promising
platform to implement autonomous quantum engines, and raise interesting questions for …

… Our spintronic quantum engine transforms the thermal energy of spin fluctuations on the
WS’s PM centers into a directed dc current by rectifying the resulting transport fluctuations …

… to applications in superconducting quantum technologies. … and engines. Indeed, despite
great theoretical effort 23,24,25 , the experimental realization of efficient solid-state heat engines …

… is to use superconducting qubits [27], though here as well, the superconducting requirement
to … 4) relative to a classical nanoscale heat engine. The QSE device's electronic potential …