Hagness / Boca Raton / Lewis / Norwood / New York / L. A. / Cambridge / /
Company
Quantum / Abengoa Solar New Technologies SA / Multifunctional Electronics / CRC Press / Diodes / Sun / /
Country
United States / South Korea / / /
Facility
Korea University / Kyung Hee University / Harvard University / /
IndustryTerm
nanoelectronic device / carrier collection efficiency / radial minority carrier separation / chemical composition / nanoscale optoelectronic devices / asymptotic solutions / diverse optoelectronic applications / solar energy / /
Movie
Conflict of Interest / /
Organization
Korean government / Harvard University / Kyung Hee University / National Science Foundation / National Research Foundation of Korea / Department of Chemistry and Chemical Biology / Department of Physics / American Chemical Society / Assembly of Nanowires for Three-Dimensional / School of Engineering and Applied Sciences / Department of Applied Physics / Ministry of Science / Korea University / Seoul / /
Person
Kyung Kim / Thomas J. Kempa / § Robert / Nat / Charles M. Lieber / Kyung-Deok Song / KIM ET AL / Hong-Gyu Park / S. Fundamental / Robert W. Day / § Charles / /
Position
H.-G.P. / Cao / representative / /
ProgrammingLanguage
J / /
ProvinceOrState
South Carolina / Nova Scotia / Florida / Massachusetts / /
Sun-Kyung Kim,† Kyung-Deok Song,‡ Thomas J. Kempa,§ Robert W. Day,§ Charles M. Lieber,§,^,* and Hong-Gyu Park‡,* ARTICLE Design of Nanowire Optical Cavities as