Mesoscale Transport and Energy Conversion
Shaping the spectrum of thermal radiation: nanostructures for efficient solar power and buildings
ACS Photonics publication, led by Tobias Burger, in collaboration with Stephen Forrest’s group, proposes strategies for enhancing the spectral selectivity of thin-film III-V thermal photovoltaics and evaluates their impact on efficiency.
Recent Physical Review Applied paper was selected to be an Editors’ Suggestion. The paper, by Andrej Lenert and colleagues at MIT, Harvard, Purdue, and U-Wisconsin, describes a radiative thermal runaway phenomenon observed due to a VO2 solid phase transition.
Journal of Optics publication in a Special issue on new materials for nanophotonics, led by Hannah Kim, proposes a new approach for radiative cooling to low temperatures using infrared-transparent nanoporous materials, and develops a model for evaluating various structures and material compositions.
Congratulations to Alex, Sean, and Zach on passing their candidacy exams, and to Hannah and Tobias on passing their preliminary exams!
Alex Hill receives an honorary mention from the NSF Graduate Research Fellowship program.
Congrats to Hannah on co-authoring a publication in ACS Applied Materials and Interfaces on transparent aerogels for solar thermal energy conversion.
Welcome to the group: Sean, Zach and Alex!
Welcome to the group, Silva!
Congratulations to Hannah and Tobias on passing the DCE!
Welcome to the group, Allison and Brandon!
Research on solar thermal photovoltaics selected as one of “The Biggest Clean Energy Advances in 2016” and one of the “10 Breakthrough Technologies of 2017” (see “Hot Solar Cells”) by the MIT Tech Review.
Recent publication in Applied Physics Letters describes how to optimally split the solar spectrum between a heat engine and a solar cell.
Welcome to the group, Hannah and Tobias!
Welcome to the group, Yulei!
Recent publication in Nature Energy demonstrates improvements in solar conversion efficiency using a thermal spectral converter.