CHAIRPERSON:
Margaret Stern, MIT Lincon Laboratory
email: sternm@ll.mit.edu
CHAIRPERSON-ELECT: (and WebMaster)
John Randall, Texas Instruments
email: randall@resbld.csc.ti.com
Session: Chemical Nanostructures Discussion Leader: Harold Craighead, Cornell
"Can Chemistry Replace Photolithography: Using molecular self-assembly to fabricate Micro and Nanostructures",George Whitesides, Harvard University, Cambridge, MA
"Carbon Nanotubes as Wires and Probes on the Nanometer Scale",
Dr. Hongjie Dai, Rice University, Houston, TX
"Single Electron Tunneling and a New Measurement of the Fine Structure Constant", John Martinis, NIST, Boulder, CO
"In Quest of the Ultimate Electronics -- The Possibilities of Single Electron Devices and Their High Temperature Operation", J.S.Tsai, NEC Fundamental Research Laboratories, Tsukuba, Japan
"Coulomb Blockade in a Silicon MOS Barrier and MOS-SETs", David Abusch-Magder,
MIT, Cambridge, MA
"Diamond Devices", Mike Geis, MIT Lincoln Laboratory, Lexington, MA
"Recent MEMs Results from Cornell", Noel
MacDonald, Cornell University, Ithaca, NY
"Growth and Physics of Organic Molecular Semiconductors for Organic Light Emitting Diodes and Other Applications", Steve R.Forrest , Princeton University
"The Art of Stacking Molecules: Directed Assembly of Polyelectrolytes and Colloids", Gero Decher, Louis Pasteur Institute, France
"Growth of Protein Crystals in Space", Marianna Long, University
of Alabama, Birmingham and NASA
"AFM-Based Nanofabrication", Eric Snow, NRL, Washington, DC
"Measuring Nanometers Over Centimeter Areas with the Molecular Measuring
Machine (M^3)", John
A. Kramar, NIST, Gaithersburg, MD
"UHV-STM Nanofabrication and Characterization of Semiconductor and Metal Nanostructures", Joseph W. Lyding, University of Illinois, Urbana
"Single Electron Devices made by STM/AFM Nano-Oxidation Process", K. Matsumoto, Electrotechnical Laboratory, MITI, Japan
"Nanofabrication with Atom-Fiber Pencils", Michael J. Renn, Mich
Tech. Univ (formerly JILA, University of Colorado, Boulder )
"Quantum Cellular Automata: putting quantum dots to work",Craig S. Lent, University of Notre Dame
"Quantum Device Modeling - Simulations of Nanoelectronic Devices",
Dejan Jovanovic, TI Dallas, Tx
" The limits of Si Nano-MOSFETs", Shalom J. Wind, IBM Yorktown Heights, NY
"Microcolumn E-Beam System", Ernst Kratschmer, IBM Yorktown Heights, NY
"Are there any limits to optical lithography?", Mordy Rothschild,
MIT Lincoln Laboratory, Lexington, MA
"The Live Neuron - A Complex Intricated Microprocessor System and the Future of Technology", Suzanne Tyc-Dumont, CNRS Marseille, France
"Transport Properties of Single Atom and Oligomer Systems: Experiment",
Mark Reed, Yale University,
New Haven, CT