Nanoscale
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Vanderbilt engineer wins inaugural $3M NSF Trailblazer Award to revolutionize radiative cooling technology
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreJul. 26, 2024
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Vanderbilt’s innovation in nanoscale science and engineering highlighted in special collection of Nanoscale
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreApr. 29, 2024
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Alert system for failing nuclear plant pipes uses thin films and sound vibrations
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreOct. 24, 2019
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Rebuilding concrete – Sanchez to help lead $6.7 million Hong Kong research project
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreAug. 15, 2018
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NSF equipment grant expands nanoscale research capabilities
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreOct. 24, 2017
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New faculty: Rizia Bardhan finds solutions at the nanoscale
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreDec. 11, 2012
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Cummings: Nanotechnologists take lessons from nature
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreMay. 2, 2011
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Cummings appointed principal scientist of Oak Ridge National Laboratory division
Professor of Mechanical Engineering Deyu Li has been awarded an inaugural National Science Foundation TRAILBLAZER Engineering Impact Award to extend Max Planck’s theory of thermal radiation from equilibrium thermal sources to a regime where non-equilibrium energy carriers can lead to significantly enhanced radiative heat dissipation. The resulting… Read MoreJan. 22, 2007