New York / Schoenfeld / Miami / Beattie / San Diego / Sausalito / /
Company
Verkman A. S. / Cohen A. E. / Cummins / Rohm and Haas Co. / Goldman / Siegman A. E. / Hanson / John Wiley and Sons / Kao / /
Country
United States / / /
Facility
College Park / Joint Quantum Institute / University of Maryland / University Science Books / /
IndustryTerm
microfluidic device / quantum optics applications / subpixel averaging algorithm / biological applications / individual metal / control algorithm / image processing / few good solutions / device applications / /
Movie
W. V / /
Organization
‡Fischell Department of Bio-Engineering / National Science Foundation / Institute for Research / Fischell Department of Bioengineering / Department of Aerospace Engineering / DARPA Defense Science Office / University of Maryland / College Park / Physics Frontier Center / Joint Quantum Institute / office of Naval Research Applied Electromagnetics Center / American Chemical Society / Institute for Physical Science and Technology / Department of Electrical and Computer Engineering / of Naval Research Applied Electromagnetics Center / Department of Chemistry and Biochemistry / /
Person
Chad Ropp / † Zachary / John T. Fourkas / Roland Probst / Zachary Cummins / ‡ Roland / Roland Probst / ‡ Sijia / Benjamin Shapiro / Chad Ropp / /
Position
Winger / /
ProgrammingLanguage
FL / /
ProvinceOrState
Maryland / W. V. / Nova Scotia / Florida / California / /
Technology
quantum dots / centroiding algorithm / polymerization / control algorithm / image processing / laser / MEMS / lasers / subpixel averaging algorithm / flow control / correcting electroosmotic flow.19 The control algorithm / dielectric / /
pubs.acs.org/NanoLett Positioning and Immobilization of Individual Quantum Dots with Nanoscale Precision Chad Ropp,† Zachary Cummins,‡ Roland Probst,‡ Sijia Qin,§ John T. Fourkas,*,§,| Benjamin Shapiro,*,‡ and