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Semiconductor nanostructures have raised much hope for the implementation of high‐performance thermoelectric generators. Indeed, they are expected to make available reduced thermal conductivity without a heavy trade‐off on electrical conductivity, a key requirement to optimize the thermoelectric figure of merit. Here, a novel nanodevice architecture is presented in which ionic liquids are employed...
Electrolyte Gating
In article number 2104175, Domenic Prete, Francesco Rossella, and co‐workers present a boost in thermoelectric energy conversion technology via a novel device platform featuring high aspect ratio semiconductor nanostructures and soft‐matter systems, allowing the simultaneous and all‐electrical benchmark and modulation of the thermoelectric figure of merit: a step forward towards...
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