Cooling of suspended nanostructures with tunnel junctions
P.J. Koppinen, I.J. Maasilta
TL;DR
This paper demonstrates that effective electronic cooling of suspended nanowires can be achieved using optimized SINIS tunnel junction coolers, with potential applications in nanoscale thermal management.
Contribution
It introduces and compares two SINIS cooler designs specifically for cooling suspended nanowires, showing the feasibility of such cooling.
Findings
Cooling of suspended nanowires is achievable with proper SINIS cooler design.
Comparison of two different cooler configurations.
Potential for nanoscale thermal management applications.
Abstract
We have investigated electronic cooling of suspended nanowires with SINIS tunnel junction coolers. The suspended samples consist of a free standing nanowire suspended by four narrow ( 200 nm) bridges. We have compared two different cooler designs for cooling the suspended nanowire. We demonstrate that cooling of the nanowire is possible with a proper SINIS cooler design.
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