Heat-Resistance in Nanophotonic Materials for Electricity Co

Breaking records for high-temperature stability, a new nanophotonic material could lead to more effective power generation and a host of novel opportunities for the management and conversion of thermal radiation.

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Virginia , United States , Michigan , Matthew Webb , John Heron , Sean Mcsherry , Andrej Lenert , Skyla Baily , Defense Advanced Research Projects Agency , Study Co , University Of Michigan , Nanophotonic Materials Could Lead , Study Co Corresponding Author , Assistant Professor , Chemical Engineering , Co Corresponding Author , Materials Science , First Author , Advanced Research Projects Agency ,