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Energy conversion / Compound semiconductors / Quantum electronics / Indium gallium phosphide / Solar cell / Multijunction photovoltaic cell / Quantum dot solar cell / Gallium arsenide / Indium gallium arsenide / Chemistry / Solar cells / Semiconductor devices


[removed][removed]Boosting solar-cell efficiency with quantum-dot-based nanotechnology Seth Hubbard and Ryne Raffaelle
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Document Date: 2014-06-20 20:43:53


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City

Rochester / Nanomaterial / /

Company

Quantum / Technology’s NanoPower Research Laboratories / Ge / /

Facility

Rochester Institute of Technology’s NanoPower Research Laboratories / Institute of Technology / /

IndustryTerm

energy storage / solar photovoltaic devices / energy conversion / space technology / conversion systems / lower-energy photons / nanomaterials and devices / energy technologies / energy / terrestrial and extraterrestrial applications / /

Movie

D. V / /

MusicGroup

Figure / /

Organization

Rochester Institute of Technology / NPRL Rochester Institute of Technology / US Department of Energy / US Government / National Center for Photovoltaics / Ryne Raffaelle National Center for Photovoltaics National Renewable Energy Laboratory Golden / /

Person

David Forbes / N. Lopez / C. D. Farmer / A. Korostyshevsky / V / P. G. Linares / A. Luque / P. Diaz / Ryne Raffaelle Inserting / J. Diaz / V / E. Canovas / J. F. Geisz / Chris Bailey / Cory Cress / John Anderson / Stephen Polly / Seth Hubbard / /

Position

Author / professor of physics / director / photovoltaics group leader / D. J. / Farmer / /

Technology

semiconductor / alpha / quantum dots / radiation / Nanomaterial-based energy technologies / /

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