NER Awards
|
#
|
Prop Id
|
Institution Name
|
PI Name
E-mail
Telephone
|
Proposal Title
(key words)
|
Awards with focus on Biosystems
|
1
|
0103549
|
California-Los Angeles,
Univ. of
|
Todd Yeates
yeates@mbi.ucla.edu
(310) 206-4866
|
Exploration of a Method
for Designing Protein
Nanomaterials
|
2
|
0103080
|
Illinois Institute of Tech.
|
Rong Wang
wangr@iit.edu
(312) 567-3121
|
Dynamic Behavior
of Ligand-Receptor
Interactions in Living
Cells on the Nanoscale
|
3
|
0103076
|
Maryland, Univ. of
|
Cheng Lee
CL143@umail.umd.edu
(301) 405-1020
|
Flow Control Networks
for Nanoscale Biofluidics
|
4
|
0103556
|
California-Davis, Univ. of
|
Stephen Kowalczykowski sckowalczykowski@
ucdavis.edu
(530) 752-5938
|
Biological
Nanomachines: Assembly
and Function of Protein-DNA Nanostructures
at the Single-Molecule Level
|
5
|
0103232
|
Akron, University of
|
Ping Wang
wangp@uakron.edu
(330) 972-2096
|
Construction of Bioactive Nanoparticles and
Investigation of the Relationship Between Particle Size and Enzyme
Activity
|
6
|
0103414
|
Illinois Urbana-Champaign, Univ. of
|
Jeffrey White
white5@uiuc.edu
(217) 333-8876
|
Fluorescence Microscopy
with 5nm Resolution for
Imaging the Membrane of
a Living Cell
|
7
|
0103468
|
California-Berkeley, University of
|
Susan Muller
muller2@
socrates.berkeley.edu
(510) 642-4525
|
Synthesis and
Characterization
of Genetically Engineered
Protein Polymers: Effects
of Sequence Disorder on
Structure-Property Relationships
|
8
|
0103037
|
VA Polytechnic Inst. Of Technology
|
Kevin Van Cott
kvancott@vt.edu
(540) 231-4257
|
Detection of Specific
Biomoleule Adsorption in
Ionically Self-Assembly
Monolayers via Second
Harmonic Generation
|
9
|
0103470
|
SUNY-Stony Brook
|
Vladimir Samuilov
vsamuilov@
notes.cc.sunysb.edu
(631) 632-4736
|
A Novel Concept of
Electrophoretic Separation
of Long DNA Moleules with
High Resolution at the
Nanoscale Dimensions
|
Awards with focus on Structures and Phenomena:
Mechanical and Chemical Processing (a)
|
10
|
0103514
|
California - Santa Barbara, Univ. of
|
Frederick Lange
flange@
engineering.ucsb.edu
(805) 893-8248
|
Nano-Textured Surfaces:
Super-Hydrophobicity and
Liquid Adhesion
|
11
|
0102680
|
Arizona State University
|
Antonio Garcia
tony.garcia@asu.edu
(480) 965-8798
|
Photomanipulaton of
Hydrophobicity using
a 2-D Nanostructured
Surface
|
12
|
0102911
|
Notre Dame, Univ. of
|
Mark McCready
mjm@nd.edu
(574) 631-7146
|
Designing Nanostructured Heterogeneous Catalysts
to Exploit Mass Transfer Enhancement Caused by
Macroscale Hydrodynamic Disturbances
|
13
|
0103105
|
Washington State Univ.
|
Susmita Bose
Sbose@mme.wsu.edu
(509) 335-7461
|
Porous Scaffolds using
Dendrimer Templated
Bioceramic Nanopowders
|
14
|
0103246
|
Columbia University
|
P. Somasundaran
ps24@columbia.edu
(212) 854-2926
|
Novel Nanocomposites
using Controlled Dynamics
of Interfacial Processes
|
15
|
0103118
|
South Carolina, Univ. of
|
Michael Myrick
MYRICK@psc.sc.edu
(803) 777-6018
|
Nanoparticle Deposition and Implantation: Exploratory Research
into a New Method for Making and Modifying Thin Films
|
16
|
0102639
|
Ohio State University
|
Ly James Lee
leelj@che.
eng.ohio-state.edu
(614) 292-2408
|
Development of a
Nano-Lithography Based
Manufacturing Protocol
for Polymer Nanofluicic
Platforms
|
17
|
0103065
|
Clemson, University of
|
George Chumanov
gchumak@clemson.edu
(864) 656-2339
|
A Device for Assembling
Silver Nanoparticles in
Regular Structures
|
18
|
0102960
|
Washington State Univ.
|
Dragomir Davidovic
dragomir.davidovic@
physics.gatech.edu
(404) 385-1284
|
Exploration of Phase
Transformations at
nm-Length Scale
|
19
|
0102467
|
Columbia University
|
Colin Nuckolls
cn37@columbia.edu
(212) 854-6289
|
Self-Assembled
Nanostructures with
Macroscopic Polar Order
and Directed Paths of
Conjugation
|
20
|
0103133
|
Ohio State University
|
Jonathan Parquette
parquett@chemistry.
ohio-state.edu
(614) 292-5886
|
Exploiting Nanoscopic
Dendrimer
Self-Organization
in Catalysts
|
21
|
0103000
|
Alabama-Birmingham, University of
|
Jimmy Mays
jmays@uab.edu
(205) 934-8101
|
A Block Copolymer
Approach to Novel
Functional Nantubes
|
22
|
0102166
|
Kentucky, University of
|
Lynn Penn
(859) 257-7897
|
Nanoscale Composites
Based on Carbon Ribbons
|
Awards with focus on Structures and Phenomena:
Electronic, Magnetic and Optoelectronic (b)
|
23
|
0103227
|
Purdue University
|
David Janes
janes@ecn.purdue.edu
(765) 494-9263
|
Investigation of Electronic
Transport in Carbon
Nanotubes using an Ultrafast Photoconduction Technique
|
24
|
0102648
|
Virginia Tech
|
Richard Claus
roclaus@vt.edu
(540) 231-7203
|
Combined NIL and ESA
Processing of
Electro-Optic Materials
|
25
|
0102622
|
South Florida, Univ. of
|
Srikanth Hariharan
sharihar@chuma1.
cas.usf.edu
(813) 974-2467
|
Tunable Radiofrequency Electromagnetic Absorption
in Ferrite Nanoparticles
|
26
|
0103048
|
Pittsburgh, University of
|
Gilbert Walker
GilbertW@vms.
cis.pitt.edu
(412) 383-9646
|
Stark-Effect-Coupled
Infrared Near Field
Microscopy
|
Awards with focus on Structures and Phenomena:
Single Molecule (c)
|
27
|
0103215
|
Princeton University
|
Lydia Sohn
sohn@oberon.
princeton.edu
(609) 258-5592
|
The Single-Molecule
DNA Transistor
|
Awards with focus on Devices and System Architectures
|
28
|
0103476
|
Minnesota, Univ. of
|
Philippe Buhlmann
buhlmann@
chem.umn.edu
(612) 624-1431
|
Chemically Modified
Nanotube Tips for Selective
Imaging with Scanning
Tunneling Microscopy
|
29
|
0103348
|
Wisconsin - Madison, Univ. of
|
Sean Palecek palecek@engr.wisc.edu
(608) 262-8931
|
Surface Assembly of
Functional Proteini
Nanosensors
|
30
|
0102889
|
Stanford University
|
Richard Zare
zare@stanford.edu
(650) 723-3062
|
Nanoengineered Pipettes
for Patch Clamp
Measurements
|
31
|
0103072
|
Wayne State University
|
Vladminr Mitin mitin@ece6.eng.wayne.edu
(313) 577-8944
|
Quantum
Nanosensors-Based
on Controllable
Electron-Phonon Coupling
|
32
|
0102765
|
Wayne State University
|
Jaewu Choi
jchoi@ece.eng.
wayne.edu
(317) 577-3990
|
Molecular Diode and
Molecular Nonvolatile Memory
|
33
|
0103022
|
Texas A&M Univ.
|
Yuo Kuo
yuekuo@tamu.edu
(979) 845-9807
|
Exploring a Novel
Plasma-Based Copper
Nano-Line Etch Method for
Nano-Devices and Circuits
|
34
|
0103430
|
Central Florida, Univ. of
|
Brian Tonner tonner@physics.ucf.edu
(407) 823-5785
|
Magnetic "Smart-Wires"
for Spintronic
Nanostructured
Devices
|
35
|
0103096
|
Rutgers University New Brunswick
|
Yicheng Lu
ylu@ece.rutgers.edu
(732) 445-3466
|
Feasibility Studies on
ZnO Nanostructures and
their Device Applications
|
36
|
0103096
|
Southern California, University of
|
Chongwu Zhou chongwuz@usc.edu
(213) 740-2934
|
Carbon Nanotube Devices
and Integrated Systems
|
37
|
0103061
|
Arizona State University
|
Jeff Drucker jeff.drucker@asu.edu
(480) 965-9658
|
Direct Electron Beam
Writing for Fabrication of
Functional Nano-Scale Architectures
|
38
|
0102848
|
Drexel University
|
Karl Sohlberg sohlbergk@drexel.edu
(215) 895-2653
|
Toward Effecient Design
Tools for Molecular
Machines: Theoretical Investigations of Nanosystems
|
39
|
0103390
|
California-Berkeley, University of
|
Costas Grigoropoulos cgrigoro@
me.berkeley.edu
(510) 642-2525
|
Ultrafast Laser-Assisted
Scanning Probe Fabrication
of Nanostructures
|
Awards with focus on Environment
|
40
|
0102334
|
Maine, University of
|
Mark Wells
mlwells@maine.edu
(207) 581-4322
|
Exploratory Research on
Developing a Nanoscale
Sensing Device for
Measuring the Supply of Iron to Eukaryotic Phytoplankton
in Natural Seawater
|
41
|
0102983
|
Michigan Technological University
|
John Crittenden
jcritt@mtu.edu
(906) 487-2798
|
Design, Synthesis and
Characterization of
Nanotube p-n Junction
Photocatalyst for
Destruction of Environmental Pollutants
|
42
|
0102234
|
Texas A&M Univ.
|
David Ford
D-Ford@
chennov2.tamu.edu
(979) 862-4850
|
Dendrimer-Filled
Mesoporous Membranes
for Environmentally
Relevant Separations
|
Awards with focus on Theory, Modeling and Simulation
|
43
|
0102345
|
Kentucky, University of
|
Madhu Menon
SUPER250@
pop.uky.edu
(859) 257-8737
|
Fabrication of
Fullerene-Based
Novel Molecular Electronic
Devices using Quantum
Mechanical Simulations
|
44
|
0102623
|
California-Los Angeles, University of
|
Jeffrey Zink ZINK@chem.ucla.edu
(310) 825-1001
|
Synthesis and Theory of
Nanoscale Self-Assembled Photoelectrochemical Cells
|
45
|
0103140
|
Tennessee Knoxville, Univ. of
|
Shengting Cui
scui@utk.edu
(865) 241-4896
|
Molecular Dynamics Study
of the Transverse Current
During the Translocation of
DNA Through a Fabricated
Nanopore
|
46
|
0102277
|
VA Polytechnic Insti & State University
|
Massimiliano Di Ventra
diventra@vt.edu
(540) 231-8729
|
Shot Nose in Nanoscale
Conductors from First
Principles
|
47
|
0102500
|
Clarkson University
|
Dima Mozyrsky mozyrsdv@
clarkson.edu
(315) 268-2358
|
Decoherence and Quantum Computing in Nanoengineered Semiconductor
Devices
|
48
|
0102953
|
Rensselaer Polytechnic Institute
|
Pulickel Ajayan
ajayan@rpi.edu
(518) 276-2322
|
Carbon Nanotube - Nanocrystalline
Diamond Composite
|
49
|
0103017
0103064
|
Washington University Rensselaer Polytechnic Institute
|
R. Sureshumar S. Garde gardes@rpi.edu
(518) 276-6048
|
Collaborative: A Novel
Multiscale Approach for
the Modeling and Simulation of
Surface-Bound Polymeric
Nanostructures: An Exploratory Investigation
|
50
|
0103159
|
Akron, University of
|
Guo-Xiang Wang gwang@uakron.edu
(330) 972-7389
|
Understanding the
Mechanisms Governing
the Dispersion of Nanopowders in Solidifying Molten Metals and Formation
of
High-Strength
Nano-Composite: Experimental Theoretical Study
|
51
|
0103060
|
California-Riverside, University of
|
Umar Mohideen
umar.mohideen
@ucr.edu
(909) 787-5390
|
Exploratory Research on the Control of Nanoscale Shape Dependent
Casimir Forces
|