- Optical Switching, Memories,
and Chemical Sensors (Asher et al.)
|
- Nanotube and Nanorod
Self-Assembly (Balazs et al.)
|
- Nanotribology:
Molecular Interlayers and Abrasive Wear (Barnard et al.)
|
- Active
Control of Nanoscale Self-Assembly at Charged Interfaces
(Borguet et al.)
|
- Laser-Control of Electron
Transport through Molecular Wires (Coalson et al.)
|
- Bone Tissue Engineering
(Doll et al.)
|
- Bacterial Nanomechanics
(Hendrix and Hatfull et al.)
|
- Hydrogen Storage in Carbon
Nanotubes (Johnson et al.)
|
- Water in Nanoscale Channels
and Electronic Properties of Nanoscale Devices
(Jordan et al.)
|
- Nanostructures
on Silicon Wafers (Kim et al.)
|
- Probing
Protein Conformations by Single Molecule Nanoindentation
(Klein-Seetharaman et al.)
|
- Quantum
Information Processing (Levy et al.)
|
- Nanomechanics of Oxide
Nanobelts (Mao et al.)
|
- Ultrafast Time-Resolved
Microscopy of Nanostructured Electronic Materials
(Petek et al.)
|
- The
Potential Role of Nanosensors as Early Indicators of Cell
Injury and Shock in Trauma Patients (Puyana et al.)
|
- Exictons and Semiconductors
(Snoke et al.)
|
- Molecular
Level Control of Adsorption and Reactions on Nanoporous
Carbonaceous Surfaces (Vidic et al.)
|
- Biosensors
for Monitoring Health and Disease (Virji et al.)
|
- Tissue Engineering, Cardiovascular
Biomaterials (Wagner et al.)
|
- Nanostructures and Nanophotography
(Walker et al.)
|
- Biomaterials
Formed from Flexible Surfactant Membranes (Warriner et
al.)
|
- Metal and Semiconductor
Oxidation (Yang et al.)
|
- Chemistry
of Carbon Nanotubes and Nanomanipulation (Yates et al.)
|
