UC Santa Barbara Materials Research Laboratory / BP / Dow Corning / N. R. Raravikar A. S. / Clarendon Press / Hitachi / WILEY-VCH Verlag GmbH & Co. KGaA / Transene Inc. / A. Y. / /
Country
United States / / /
Facility
Dr. S. Maldonado Dr. B. S. Brunschwig California Institute of Technology Division / B. M. Kayes California Institute of Technology Department / UC Santa Barbara Materials Research Laboratory / /
IndustryTerm
solar energy conversion devices / energy conversion efficiencies / polymer solution / high-temperature processing steps / stainless steel substrate / preliminary energy conversion devices / high-temperature processing / electronic and photonic applications / metal catalyst / metal / stainless steel plate / metal hemispheres / stainless steel / prototype device / metal catalyst side / v/v solution / nanoscale devices / optoelectronic systems / solar-energy conversion potential / roll-to-roll manufacturing / /
Movie
Method / Method 2 / /
Organization
National Science Foundation / California Institute of Technology Division of Chemistry and Chemical Engineering / Department of Energy / Center for Science and Engineering of Materials / California Institute of Technology Department of Applied Physics / Caltech Center for Sustainable Energy Research / African Union / /
Person
K. E. Plass / N. S. Lewis / M. C. Putnam / Katherine E. Plass / G. H. Yu / R. H. Williams / S. Graham / Harry A. Atwater / Nat / Nathan S. Lewis / Brendan M. Kayes / C. M. Lieber / Bruce S. Brunschwig / H. A. Atwater / B. S. Brunschwig / Joshua M. Spurgeon / P. Werner / Nano / Stephen Maldonado / B. M. Kayes / M. A. Filler / C. P. Wong / Michael A. Filler / Youli Li / S. Maldonado / /
www.advmat.de By Katherine E. Plass, Michael A. Filler, Joshua M. Spurgeon, Brendan M. Kayes, Stephen Maldonado, Bruce S. Brunschwig, Harry A. Atwater,* and Nathan S. Lewis* Wafer-based single-crystalline inorganic semi