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Technology / Semiconductor devices / Photovoltaics / Thermodynamic efficiency limit / Shockley–Queisser limit / Multijunction photovoltaic cell / Thin film solar cell / Band gap / Quantum efficiency / Energy / Energy conversion / Solar cells


Nanophotonic design principles for ultrahigh efficiency photovoltaics Harry Atwater, Albert Polman, Emily Kosten, Dennis Callahan, Pierpaolo Spinelli, Carissa Eisler, Matthew Escarra, Emily Warmann, and Cristofer Flowers
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Document Date: 2013-11-13 17:06:10

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City

Amsterdam / Pasadena / /

Company

Rrad / Renewable Energy / Voc / AIP Publishing / /

Country

United States / /

Currency

USD / /

Facility

California Institute of Technology / Kavli Nanoscience Institute / American Institute of Physics / /

IndustryTerm

carrier traps / photovoltaic energy conversion / printing / photon energy / subcells limiting carrier thermalization / energy conversion / íqVoc mismatch energy / entropic energy loss / bandgap energy / carrier thermalization losses / multijunction photovoltaic devices / energy / /

OperatingSystem

Fermi / /

Organization

California Institute of Technology / American Institute of Physics / Light-Materials Interactions Energy Frontier Research Center / Kavli Nanoscience Institute / Center for Nanophotonics / /

Person

Emily Kosten / Albert Polman / Carissa Eisler / Harry Atwater / Dennis Callahan / Matthew Escarra / Emily Warmann / /

Position

engineer / /

PublishedMedium

Nature Materials / /

Technology

semiconductor / semiconductors / dielectric / recombination / /

URL

http /

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