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Highlights

2006 Highlights [total: 69 :: View full text :: Titles only]

Brandeis University

  • No highlights in year 2006
  • Brown University

    • Research Highlights Summary [Research]

    California Institute of Technology

    • The Eyes Have It [Research]
    • Active Nanophotonic Materials and Devices [Research]

    Carnegie Mellon University

    • X-ray Vision for Materials [Research]

    Colorado School of Mines

  • No highlights in year 2006
  • Columbia University

    • Graphitic Carbon Produced at Very Low Temperatures [Education]

    Cornell University

    Georgia Institute of Technology

  • No highlights in year 2006
  • Harvard University

    • Sub-Cellular Nanosurgery in Live Cells [Research]

    Johns Hopkins University

    • Asymmetrical Nanorings [Research]

    Massachusetts Institute of Technology

    • A New High-Rate Environmentally Friendly Battery Material May Help Hybrid Electric Vehicles Get Up and Go [Research]
    • Symposium Highlights New Research Developments [Industry]

    New York University

  • No highlights in year 2006
  • Northwestern University

    • Northwestern University Collaboration with Art Insitute of Chicago [Education]
    • NWU Collaboration with Art Insitute of Chicago [Research]
    • Synergistic Linear and Nonlinear Phenomena in Multifunctional Oxide Ceramic Systems [Research]

    Ohio State University

  • No highlights in year 2006
  • Pennsylvania State University

    • Microdisplacement: Printing patterns with diverse inks [Research]
    • Nanocar: Smooth Ride on Fullerene Wheels [Research]
    • Fiber Integration: Semiconductors encased in glass [Research]
    • Molecular Rulers: A Marriage of Molecules and Metal [Research]
    • Magnetic Frustration by Design: Spins Can’t Always Get What They Want [Research]
    • Catalytic Pumping: Electrokinesis arrested [Research]
    • Microtubules in Capped Channels: The Persistence of Circulation [Research]

    Princeton University

    • IRG 3: Patterning of Organic Materials for Organic Electronic Devices [Research]
    • IRG 2: Breaking the Mold to Produce Submicron Polymeric Gratings with Large Areas [Research]
    • Supercurrents Flex Cantilever to Reveal Vortices [Research]

    Stanford/ IBM ARC/ UC Davis/ UC Berkeley

    • Label-Free Bioanalytical Detection Using Membrane-Coated Silica Nanoparticles [Research]
    • The Key to Making High Mobility Polymer Thin Film Transistors: Nucleation of Crystals Off of the Gate Dielectric [Research]
    • Simulations of Polyphenylacetylene (PPA) “Foldamers”. Vijay Pande, Stanford University. [Research]
    • Chemical Imaging of Lipid Domains by High-Resolution Secondary Ion Mass Spectrometry (HR-SIMS) [Research]
    • Patterning of Large Arrays of Organic Semiconductor Single Crystals [Research]

    SUNY at Stony Brook - Garcia Polymer Alumni Center

    • Toxicity of Citrate/Gold Nanoparticles on Human Dermal Fibroblasts [Research]

    SUNY Stony Brook - Thermal Spray Alumni Center

    • Eu-doped Y2O3 phosphor films through a precursor plasma spraying technique [Research]

    University of Massachusetts Amherst

    • Interfacial Assembly of Nanoparticles [Research]

    University of Alabama

    • Molecular Charge Storage Materials - IRG2 [Research]
    • Center for Materials for Information Technology Game Museum [Education]

    University of California at Santa Barbara

    • MRL Faculty Milestones and Recognitions [Research]

    University of Chicago

    • Multi-Assays of Cellular Kinase Activities [Research]
    • Physics Today for a Brighter Tomorrow [Research]
    • Granular Jets [Research]
    • Fast Drying Produces Order [Research]

    University of Colorado

    • Halon Liquid Crystals [Research]

    University of Maryland

    • Capturing Atomic Spirals [Research]

    University of Minnesota

    • Children learn about nanotechnology (MNDaily) [Education]

    University of Nebraska

    • Ballistic Anisotropic Magnetoresistance [Research]
    • Anisotropic Magnetism in Dilute Magnetic Semiconductors [Research]
    • Controlling Magnetism through a Ferroelectric Switch [Research]