| “úŽž |
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u‰‰ŽÒ |
u‰‰‘è–Ú |
| 2002.10.03 |
Cambridge University, Engineering
Department |
David F. Moore |
Micromachining silicon for devices |
| 2002.2.12 |
Bell Laboratories, Lucent Tech.
and TIT |
Raymond T. Tung |
Formation
of band-offset and Schottky barrier height at semiconductor interfaces |
| 2002.2.6 |
NASA Jet Propulsion Lab |
Gerhard Klimeck |
Nanoelectronic
Modeling(NEMO):Moving from commercial grade 1-D simulation to prototype
3-D simulation |
| 2001.11.7 |
Cambridge University, Engineering
Department |
John Robertson |
Theoretical guidelines for high-k
gate oxides |
| 2001.10.31 |
IBM Research Division, T.J. Watson
Research Center |
James H. Stathis |
Breakdown of Hyper-Thin SiO2 at
Low Voltage |
| 2001.9.18 |
Cambridge University, Engineering
Department |
David Moore |
Microfabrication techniques applied
in nanotechnology and biotechnology |
| 2001.4.19 |
Tokyo Institute of Technology |
Bruce J. Hinds |
Chemistry of the Si/SiO2 Interface
and Single Electron Memory from a Nano-Crystalline Si Floating Gate
Node |
| 2001.3.22 |
Indian Institute of Technology,
Delhi |
K. P. Jain |
Raman and photoluminescence spectroscopy
of Silicon nanostructures |
| 2001.2.21 |
Indian Institute of Science |
S. A. Shivashankar |
MOCVD of thin films of metals and
metal oxides |
| 2000.12.11 |
Cambridge University, Engineering
Department |
David Moore |
Applications of silicon micromachining
technology |
| 1999.4.2 |
Delft University of Technology |
Yuli V. Nazarov |
Current drag in capacitevly coupled
Luttinger constrictions |
| 1998.5.25 |
Paul Drude Institute and TIT |
E.Chilla |
Scanning Probe Methods on Oscillating
Surfaces |
| 1998.2.10 |
Lund University |
Lars-Erik Wernersson |
Buried W-Structures for Novel Nano-Electronic
Devices |
| 1997.12.8 |
Cambridge University, Engineering
Department |
David Moore |
Micro Electro Mechanical Systems
(MEMS) using Si |
| 1997.11.28 |
Moscow State University and Delft
University of Technology |
Arkadi A. Odintsov |
Transport of interacting electrons
in modulated quantum wires and carbon nanotubes |
| 1997.10.24 |
University of California, San Diego |
Charles W. Tu |
Growth and application of N-containing
mixed group V compounds |
| 1997.10.17 |
Toshiba Cambridge Laboratories |
Donald Arnone |
Quasi one and zero dimensional
systems fabricated via epitaxial regrowth |
| 1997.9.24 |
Royal Institute of Technology (KTH) |
Katharina Hieke |
Electron-waveguides with in-plane
sidegates - basic results and deviceconcepts |
| 1997.7.14 |
Cambridge University, Engineering
Department |
W. I. Milne |
Tetrahedrally Bonded Amorphous
Carbon |
| 1997.3.21 |
Nanjin University |
Kunji Chen |
A luminescent Si and Ge quantum
crystallites: Preparation and characterization |
| 1997.2.1 |
New York State University at Stony
Brook |
K. K. Likharev |
Two challenges to CMOS; Single
electronics and RSFQ |
| 1996.12.17 |
Wuerzburg University and TIT |
Bacher |
Nanometer-Patterning of II-VI Compounds
-Basic Physics and Optoelectronic Applications |
| 1996.10.9 |
Japan Science and Technology Corp.
Sakigake 21 |
Gerhart Fasol |
Spin electronics and computer graphics
of quantum devices |
| 1996.9.27 |
Moscow State University and TIT |
Sergei Vyshenski |
Single electron devices and circuits |
| 1996.7.15 |
Bell Laboratories, Lucent Tech.
and TIT |
Reymond Tung |
Current issues in silicide formation
for ULSI devices |
| 1995.4.10 |
Cambridge University, Engineering
Department |
David Moore |
Progress in High-Tc Superconducting
devices |
| 1995.3.17 |
Massachusetts Institute of Technology
|
Marc Kastner |
The physics of the single-electron
transistor |