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Activities | Connections | Reports | R&D Info | Education |
NIRT Awards |
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# |
Prop Id |
Institution Name |
PI Name |
Proposal Title |
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Awards with focus on Biosystems |
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1 |
Illinois Urbana-Champaign, Univ. of |
Joseph Lyding |
Protein Logic |
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2 |
Texas - Austin, Univ. of |
Angela Belcher belcher@ |
Biologically Based Assemblies of Electronic Materials |
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3 |
Rice University |
Vicki Colvin |
Protein Crystals: New Templates for the Construction of Nanostructured Solids |
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4 |
California-Davis, Univ. of |
Ian Kennedy |
Application of Quantum Dots to Environmental and Cell Biology |
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5 |
New York University |
Nadrian Seeman |
DNA-Based Nanomechanical Devices |
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Awards with focus on Structures and Phenomena:
Mechanical and |
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6 |
California - Santa Barbara, Univ. of |
Matthew Tirrell |
Creating Functional Nano-Environments by Controlled Self-Assembly |
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7 |
Pennsylvania State Univ. |
Henry Foley |
Control of Nanostructures via Metal-Carbon Interactions over Multiple Length Scale via Metal and Metal Carbide Nanojunctions and Nanowelds |
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8 |
Minnesota, University of |
Steven Girschick |
Superhard Nanostructured Films |
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9 |
Rice University |
David Johnson |
Synthesis of and Structure-Function Relationships in Heterostructures of Quasi-2D Materials |
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10 |
California - Los Angeles, Univ. of |
Chang-Jin Kim |
NanoTurf and NanoPebbles: Toward Zero Flow Friction Surfaces |
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11 |
Massachusetts-Amherst, Univ. of |
Mark Tuominen |
Copolymer Templates: A Self-Assembling Route to High-Density Arrays |
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12 |
Massachusetts-Amherst, Univ. of |
Peter Monson |
An Interdisciplinary Approach to Understanding the Growth of Nanoporous Materials |
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13 |
Utah, University of |
Alexei Efros |
Nanoscale Metalic Photonic Crystals; Fabrication, Physical Properties, and Applications |
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14 |
South Carolina-Columbia, Univ. of |
Harry Ploehn ploehn@engr.sc.edu
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Dendrimer-Stabilized Nanoparticles for Next-Generation Catalysts |
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15 |
California-Los Angeles, Univ. of |
James Stoddard stoddart@chem.ucla.edu
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Artificial Molecular Machines and Devices |
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Awards with focus on Structures and Phenomena:
Electronic, |
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16 |
Ohio State University |
Paul Berger |
Self-Aligned and Self-Limited Quantum Dot Nanoswitches |
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17 |
Ohio University |
Victoria Soghomonian |
Zeolitic Materials for Nanoscale Electronics and Quantum Computation |
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18 |
Washington, Univ. of |
Larry Dalton |
Nanostructured Optoelectronic Materials: New Concepts in Theoretical Design, Synthesis, and Processing |
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19 |
Pennsylvania State U |
Joan Redwing |
Semiconductor Nanowires: Building Blocks for Nanoscale Electronics |
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20 |
Texas A&M University |
Donald Naugle |
Molecular Nanomagnets: Magnetic and Electronic Properties of Novel Magnetic Nanostructures and Nanostructured Materials |
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21 |
Washington University |
Jia Lu |
Collaborative Research: Spin Transport and Dynamics in Nanoscale Hybrid-Structures |
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22 |
Pennsylvania State U |
Darrell Schlom |
Artificially Engineered Nanoscale Ferroelectrics |
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Awards with focus on Structures and Phenomena: Single Molecule (c) |
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23 |
Univ. of MD College Park |
Michael Fuhrer |
Dynamics of Structure and Charge at the Molecular Scale |
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24 |
California Inst. Of Tech. |
Michael Roukes roukes@caltech.edu
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Single-Molecule Electrical Transport: Collaborative Nanoscale Research Bridging Chemistry & Physics |
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25 |
Univ. of Pennsylvania |
Virgil Percec |
Single Molecule Functional Nanostructures |
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26 |
New York University |
Andrew Kent |
Quantum Effects |
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Awards with focus on Devices and System Architectures |
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27 |
Arizona State University |
Stuart Lindsay stuart.lindsay@asu.edu
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Nanoscale Molecular Opto-Electronics |
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28 |
Carnegie Mellon Univ. |
Mehdi Asheghi masheghi@andrew. |
Phonon Transport in Nanostructures with Application to Ultrathin Silicon-on-Insulator (SOI) Transistors |
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29 |
North Carolina Chapel Hill, Univ. of |
Sergei Sheiko sergei@email.unc.edu |
Molecular Brushes as Components for Nanomechanical Devices |
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30 |
Cornell University |
Christopher Ober cober@msc.cornell.edu
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On-Chip Molecular Scale Patterning and Assemblies |
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31 |
California-Berkeley, Univ. of |
Arunava Majumdar |
Novel Energy Conversion Devices Based on Nanowire Heterostructures |
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32 |
Stanford University |
Kathryn Moler |
Integration of Carbon Nanotubes, Magnetic Nanocrystals, and Silicon Microstructures for Ultra-High-Resolution Magnetic Force Microscopy |
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33 |
Texas, Austin, Univ. of |
Dennis Deppe deppe@mail.utexas.edu
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Photonic Crystal Laser Technology Based on Nanostructured Active Material |
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34 |
Central Florida, Univ. |
Weili Luo Luo@pegasus.cc.ucf.edu |
Self-Assembly of Magnetic Nanostructures and Related Enabling Technologies |
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35 |
California Inst. Of Tech. |
Harry Atwater haa@daedalus.caltech.edu |
Engineered Nanoparticle Electronic and Photonic Device Materials |
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36 |
SUNY Stony Brook |
Konstantin Likharev |
Nanoscale Single-Electron Switching Arrays for Self-Evolving Neuromorphic Networks (Partial NIRT award) |
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Awards with focus on Environment |
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37 |
VA Polytechnic Inst & St U |
Michael Hochella hochella@vt.edu |
Nanoscale Processes in the Environment: Nanobiogeochemistry of Microbe/Mineral Interactions |
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38a |
California-Berkeley, Univ. of |
Jillian Banfield jill@seismo.berkeley.edu |
NIRT Collaborative Research: Surface Reactivity of Nanocrystalline Oxides and Oxyhdroxides: Implications for Processes in the Environment |
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38b |
California-Davis, Univ. of |
Alexandra Navrotsky anavrotsky@ucdavis.edu |
NIRT Collaborative Research: Surface Reactivity of Nanocrystalline Oxides and Oxyhdroxides: Implications for Processes in the Environment |
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38c |
Tennessee-Knoxville, Univ. of |
Peter Cummings |
NIRT Collaborative Research: Surface Reactivity of Nanocrystalline Oxides and Oxyhdroxides: Implications for Processes in the Environment |
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38b |
Texas Tech U |
Moira Ridley moira.ridley@ttu.edu
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NIRT Collaborative Research: Surface Reactivity of Nanocrystalline Oxides and Oxyhdroxides: Implications for Processes in the Environment |
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Awards with focus on Theory, Modeling and Simulation |
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39 |
Duke University |
Harold Baranger baranger@phy.duke.edu (919) 660-2598 |
Coherence and Correlation in Electronic Nanostructures |
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40 |
Northwestern University |
Randall Snurr snurr@northwestern.edu (847) 467-2977 |
Design of Nanoporous Molecular Square Catalysts using Multiscale Modeling |
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41 |
Tennessee Knoxville, Univ. of |
Peter Cummings ptc@utk.edu |
Multiscale Simulation of the Synthesis, Assembly and Properties of Nanostructured Organic/Inorganic Hybrid Materials |
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42 |
Northwestern University |
Peter Voorhees |
The Evolution and Self-Assembly of Quantum Dots |
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43 |
California-Riverside, Univ. |
Guanshui Xu gxu@engr.ucr.edu
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Mechanism-Based Modeling and Simulation in Nanomechanics |
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44 |
Johns Hopkins Univ. |
Mark Robbins mr@pha.jhu.edu
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Multiscale Modeling and Simulation of Adhesion, Nanotribology and Nanofluidics |
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