| Suprivo
Bandyopadhyay |
Virginia
Commonwealth University |
Nanocircuits |
| Vitor
Baranauskas |
Universidade Estadual de Campinas, Brazil |
Nanomaterials for Bone Engineering |
| George
Barbastathis |
Massachusetts Institute of Technology |
Photonics
Integration with Nano-origami process |
| Ray
Baughman |
University
of Texas - Dallas |
Applications of CNT-Based Materials |
| Bharat
Bhushan |
Ohio State
University |
Nanotribology |
| Marc Cahay |
University
of Cincinnati |
Spin-injection in Ferromagnetic Semiconductors |
| Adriano
Cavalcanti |
Center for
Automation in Nanobiotech, Brazil |
Nanorobotics in Biomedical Engineering |
| Manish
Chhowalla |
Rutgers
University |
CNT based
MEMS |
| Stephen
Goodnick |
Arizona
State University |
Single
Electron Transistor Circuits |
| Russell
Cowburn |
University
of Durham, UK |
Magnetic
Nanostructures for Digital Logic |
| Martin
Culpepper |
Massachusetts Institute of Technology |
Nanorobotics |
| Masamichi
Fujihira |
Tokyo
Institute of Technology, Japan |
Single
Molecule Electronics |
| Michael
Galperin |
Northwestern University |
Electron
Transport in Molecular Systems |
| Maria
Gracheva |
University
of Illinois at Urbana-Champaign |
DNA
Detection using Artificial Silicon Nanopores |
| Chih-Ming
Ho |
University
of California - Los Angeles |
Nanofluidics |
| Seungbum
Hong |
Samsung,
South Korea |
MEMS Based
Data Storage |
| Naomi Halas |
Rice
University |
Plasmonics |
| Sang-Gook
Kim |
Massachusetts Institute of Technology |
Carbon
Nanotube Nano-Geometries |
| Won-Jong
Kim |
Texas A&M
University |
Magnetic
Levitation Based Nanopositioners |
| Laszlo Kish |
Texas A&M
University |
Fluctuations and Noise in Nanoelectronics |
| Todd Krauss
|
University
of Rochester |
Colloidal
Quantum Dots |
| Heiner
Linke |
University
of Oregon |
Reversible
Thermoelectric Nanomaterials |
| Michal
Lipson |
Cornell
University |
All-Optical
Switching in Silicon |
| Yungfeng Lu |
Tulane
University |
Self-Assembly of Optoelectronic Devices |
| Christie
Marrian |
IBM Almaden
Research Center |
Nanotechnology challenges-Industry Prospective |
| Terry
McDaniel |
Seagate
Technology |
Heat-Assisted Nanoscale Magnetic Recording |
| Wolfgang
Porod |
University
of Notre Dame |
Magnetic
Logic |
| Rampi
Ramprasad |
University
of Connecticut |
Mesoscopic
Device Systems |
| Slava
Rotkin |
Lehigh
University |
Nanoscale
Field-Effect Devices |
| Marco
Saraniti |
Illinois
Institute of Technology |
Transport
through Ion Channels |
| Hyungcheol
Shin |
Seoul
National University, South Korea |
MEMS Based
Resistive Probes |
| Metin Sitti
|
Carnegie
Mellon University |
Biomimetic
Gecko Foot-Hairs |
| Henry I.
Smith |
Massachusetts Institute of Technology |
Advanced
Lithography |
| S.V.
Sreenivasan |
Molecular
Imprints |
Step-and-Flash Imprint Lithography |
|
Vivek Subramanian |
University of California
- Berkeley |
Self-assembly and
Nanostructured Materials |
|
Erik Svedberg |
National Institute of
Standards & Technology |
Electrochemical
Deposition at Nanoscale |
|
Masaru Tsukada |
Waseda University |
Molecular Electronics |
|
Kimberly Turner |
University of California
- Santa Barbara |
Fabrication of MEMS and
NEMS |
|
Jelena Vuckovic |
Stanford University |
Photonic Crystals |
| Yasuo Wada |
Waseda
University, Japan |
Single
Molecule Electronic Devices |
| Jennifer
West |
Rice
University |
Medical
Applications of Gold Nanoparticles |
| Richard
Willson |
University
of Houston |
Molecular
Recognition Technologies |
| Jane Wu |
University
of Tennessee |
MEMS for
Biofluidics |
| Ning Xi
|
Michigan
State University |
Augmented
Reality SPM Systems |
| Yongbing Xu |
University
of York, UK |
Spin-Transport in Magnetic Nanowires |
