|
Biophysics
Computational Physics
- Crossover
behavior in thin films from continuum to molecular dynamics simulations (Dr.
Sandra M. Troian)
Gas and Fluid Mechanics
Photonics, Optics, and Quantum Electronics
- Interdisciplinary materials and device research, spanning photonics and electronics and with applications in Si-based photonics, plasmonics, renewable energy and mechanically active thin film devices (Dr. Harry Atwater)
- Electronics
and mechanics of systems that have critical dimensions on the nanometer
scale (Dr. Marc Bockrath)
- Optoelectronic,
nano optic, and quantum optic devices for sensing, switching, and lightwave
communications applications (Dr. Oskar
Painter)
- Nanostructure
fabrication for opto-electronic, magneto-optic and electronic devices
(Dr. Axel Scherer)
- Evanescent
sensing, optofluidic devices, nanoparticle trapping techniques (Dr.
Sandra M. Troian)
- Ultrafast
photonic processes and nanoscale devices; lightwave communication (Dr.
Kerry Vahala)
- Quantum
well semiconductor lasers, nonlinear optics and lightwave communication
(Dr. Amnon Yariv)
|
Plasma
Physics
- Spheromaks,
magnetic helicity, Alfven waves; fusion, solar, and magnetospheric plasmas
(Dr. Paul Bellan)
- Theory;
pure electron plasmas, transport properties and statistical mechanics
(Dr. Noel Corngold)
- Pure electron
plasmas (Dr. Roy Gould)
Solid
State Devices
Solid and Materials
|
images
this page:
Top
right: From the research of Professor
Paul Bellan. Spheromak
initiation using planar magnetized plasma source.
|
|
