20 November 2001
FACULTY WORKSHOP IN NANOTECHNOLOGY
MWF 1:00 -1:50 Spring 2001
321 Lutz Hall, Belknap Campus
All interested faculty are invited to participate in a semester long workshop and forum aimed at defining UofL's role in Nanotechnology research and education. The workshop will be run simultaneously with the course EE600-1 Survey of Nanotechnology. Active faculty participation including special presentations and wide ranging discussions would be especially welcome. The workshop will be moderated by:
Robert W. Cohn, Professor of Electrical Engineering, is the Director of the ElectroOptics Research Institute and Nanotechnology Center, University of Louisville. Prior to joining UofL he was a Member of the Technical Staff at Texas Instruments, Inc. His research activities have included information processing using various analog technologies, signal processing device design and fabrication, and most recently nanolithography. He currently is principal investigator on the grant Kentucky Research Initiative in Nanometer-Scale Science and Technology, which is designed to jump start nanotechnology research and teaching at the University of Louisville and the Commonwealth of Kentucky. Cohn's current view of nanotechnology is:
In the last decade there have been profound advances in man's ability to physically interact in numerous ways with small numbers of molecules and even individual atoms. In addition to the fundamental scientific discoveries, practical technologies have been developed and (e.g. in the case of surface profiling microscopes) have been rapidly and successfully commercialized. Today's research is likely to lead in the next decade to single electronic memory chips that have more storage than today's largest hard drives, bioprobes that can chemically sense and perform reactions at selected molecules within a single living cell, computing chips that are based on the quantum interference between single electrons, and materials, structures and electronic devices self-assembled through our detailed knowledge of chemical affinities. Thus, nanotechnology is expected to dramatically change electronics, computers, manufacturing, medicine, and the physical sciences over the next several decades. These recent developments and emerging trends will be discussed in the workshop.
For additional information contact: R. W. Cohn, Director, The Electro-Optics Research Institute and Nanotechnology Center, Lutz Hall, Rm. 442. (502) 852-7077, firstname.lastname@example.org, http://eri.louisville.edu