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![]() | Document Date: 2012-02-29 12:14:18Open Document File Size: 184,50 KBShare Result on FacebookCitySeattle / Philadelphia / New York City / Directed Polymer / Nanoparticle / New Haven / /CompanyHeterogeneous Spin Networks / Printable Thin Films / Multifunctional Oxide Ceramic Systems / IRG 1 Filamentous Networks / National Renewable Energy Laboratory / Spin Transport (Leader /ContinentEurope / /CountryKorea / United States / /CurrencyUSD / / /FacilityNational Renewable Energy Laboratory / Engineering Centers Brandeis University / University of Oklahoma/University / Georgia Tech Laboratory / California Institute of Technology / University of California / Harvard University / Princeton University / Nitin Padture _padture.1@osu.edu_ Physics Research Building / David Weitz _Weitz@seas.harvard.edu_ Pierce Hall / University of Wisconsin Madison / Georgia Institute of Technology / Franklin Institute Science Museum / Ka Yee Lee _kayeelee@uchicago.edu_ James Franck Institute / New York University / Brown University / University of Nebraska / Hall Lincoln / Lodge Research / Massachusetts Institute of Technology / Johns Hopkins University / Yale University / Northwestern University / Square S. New York / College Park / Chemistry University of Maryland College Park / University of Washington / Ohio State University / University of Massachusetts Amherst / University of Colorado / Penn State University / Carnegie Mellon University / Hall Ithaca / Southern Connecticut State University / University of Chicago / Cornell University / Roberts Hall / University of Minnesota / University of Maryland / University of Pennsylvania / / /IndustryTermencompassing studies and applications / ultrathin silicon electronics / chemical functionality / possible applications / energy / ordered polymer systems / technological applications / matter systems / theoretical tools / fiber networks / photovoltaic technology / carrier generation / magnetic and chemical properties / energy technologies / organic photovoltaic devices / ferroelectric photonic devices / energy transduction / spintronic devices / printing / nano-electronic devices / conversion systems / soft active systems / electronics / characterization tools / chemical and structural properties / chemical sensing / grain boundary networks / information processing / terahertz devices / metal / potential applications / chemical routes / electronics applications / light energy / electronic devices / computing / nanoscale electronic devices / chemical synthesis / lateral devices / luminescent and photovoltaic applications / biological systems / chemical interactions / electrochemical energy storage / nanocomposite systems / chemical and other applications / liquid/gas / nanoscale optical characterization tools / filamentous networks / gas/vacuum / device applications / self assembling systems / /OrganizationUniversity of Washington / Center for Semiconductor Physics / New York University / Engineering Center / Center for Nanoscale Science / Center for the Science and Engineering of Materials / Massachusetts Institute of Technology / Cornell University / Center for Oxide Thin Films / Probes and Surfaces / University of California at Santa Barbara / University of Chicago / Ohio State University / _William_curtin@brown.edu_ Division of Engineering / Center for Research / Laboratory for Research / National Science Foundation / Brown University / University of Pennsylvania / Northwestern University / Johns Hopkins University / University of Arkansas / Yale University / Liquid Crystal Materials Research Center / University of Wisconsin Madison / Center for Materials Science and Engineering / Princeton University / University of Massachusetts Amherst / Engineered Materials Science and Engineering Center / New York Academy of Sciences / Materials Research Science and Engineering Centers / Carnegie Mellon University / University of Nebraska / Cornell Center for Materials Research / Center for Polymer Science and Engineering / Princeton Center for Complex Materials / Brandeis University / California Institute of Technology / University of Oklahoma / Harvard University / Cornell MRSEC / University of Colorado / _rrobey@umd.edu__ 2224E Chemistry University of Maryland College Park / University of Maryland / College Park / Southern Connecticut State University / Penn State MRSEC / Penn State University / Department of Physics Boulder / the University of Chicago / Ka Yee Lee _kayeelee@uchicago.edu_ James Franck Institute / Center for Emergent Materials / Georgia Institute of Technology / Colorado School of Mines / Colorado Center / University of Minnesota / /PersonMelissa A. Hines / Darrell Schlom / Thomas Witten / Antoine Kahn / Yang Shao-Horn / Wei Chen / Paul Evans / Leonard Brillson / Michael Santos / David Tirrell / Foam Structures / Tomas Arias / Robert Cohen / Heinrich Jaeger / John Tully / Paul Bertics / Robert Hamers / Venkatraman Gopalan / David Sellmyer / Theresa Mayer / Dennis Drew / Yoel Fink / Arthur Epstein / James Kikkawa / Rick Van Duyne / Vinayak Dravid / Herb Waite / Christine Ortiz / Nai-Phuan Ong / Yueh-Lin Loo / Thomas Russell / Patrick Woodward / Athanassios Panagiotopoulos / Andrea Liu / Shu Yang / Nick Abbott / Tom Mallouk / Kyle Shen / Eric Chason / Moses Chan / Lincoln Lauhon / Jiwoong Park / Jim Speck / Han / Noel Clark / Michael Brenner / Dan Ralph / C. Daniel Frisbie / Dennis Discher / Craig Taylor / Woowon Kang / Marc Hillmyer / Michael Ward / Vincent Crespi / Oskar Painter / Thomas Lubensky / Tobin Marks / Characterization / Kent Blasie / Jonathan Rothstein / Arthur Gossard / David Muller / Irena Knezevic / Chris Van de Walle / Dennis Hess / Uwe Kortshagen / Reuben Collins / David Weitz / Wendy Zhang / Bruce Wessels / Eric Isaacs / Todd Emrick / Craig Hawker / Gary Leal / Andrew Herring / Glenn Frederickson / Mehmet Sarikaya / William Johnson / Leaders William DeGrado / Spin Phenomena / William A. Curtin / Daniel Hammer / Max Lagally / Leaders Aaron Dinner / Martin Soljacic / Allan Bower / Evgeny Tsymbal / Robert Cava / Kathryn Levin / Leslie Dutton / Gregory Salamo / Nitin Padture / Janice Reutt-Robey / Nanoscale Metal Composites / Gregory Rohrer / Héctor Abruña / Greg Salamo / Juan DePablo / Arjun Yodh / Steven Sibener / Ling Chien / George Whitesides / Richard Register / Gerd Ceder / Yee Lee / Michael Rubner / Robert Meyer / Ezekiel Johnston-Halperin / Chris Palmstrom / Paul A. Crowell / Paul McEuen / Alfred Crosby / Matthew Johnson / Melissa Hines / Sean Jones / Mary Galvin-Donoghue Thomas / Evgeny Y. Tsymbal / P. Craig Taylor / Gregory S. Rohrer / / /PositionTechnology Director / teacher / U. Director / Chicago Director / Co-Director / Director / Co-Leader / _http /ProductLow-Dimensional Interfaces / K-12 / /ProgrammingLanguagephp / /ProvinceOrStateCalifornia / Colorado / Pennsylvania / Massachusetts / Arkansas / Nebraska / Minnesota / Oklahoma / Maryland / Nanomaterials / /PublishedMediumMolecules / /RegionSouthern Connecticut / /Technologyradiation / drug delivery / semiconductors / theoretical tools / dynamically tunable multicomponent heterogeneous nanostructured systems / energy technologies / laser / Terahertz technology / quantum dots / technology of membranes / stem cells / biomaterials / thermodynamics / nanoscale optical characterization tools / biochips / microfluidics / and tests device / /URLhttp /SocialTag |