Ceramics at the Edge: Science in Emerging
Technologies
Solid State Studies in Ceramics, Gordon
Conference 1999
1-6 August 1999, Kimball Union Academy,
New Hampshire
Funding Support of
NSF (Lise Schioler)
Office of Naval Research (Steve
Fishman)
Army Research Offive (K.C. Logan)
American Ceramic Society
Advanced Ceramics Technology Center
Kyocera Industrial Ceramics Corp.
Gratefully Acknowledged
Also, Dupont, Motorola, Wright-Patterson AFB,
Lawrence Berkelely Labs, are supporting in kind
Dawn Bonnell, University of Pennsylvania |
Conference Chairs
-------------------- Vice-Chair:Gregory Rohrer, Carnegie Mellon University |
W. Craig Carter, MIT |
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Conference Format: This year we will add two new experimental formats:
Panel Discussion "Future Directions of Research and Technological Applications: Realism vs Idealism"
Moderators: Arthur Heuer, Martin Harmer
Panel Members:
Debators:
Discussion leaders include:
Poster Session Competition (Sponsored by Kyocera): Several High-Tech and useful ceramic implements will be presented to the winners of the poster competition
Conference Description:
The solid state ceramics community has traditionally focused its
attention on optimization of a limited number of physical properties in
a broad range of ceramic materials. The scope and depth of fundamental
science of processing is very impressive and commercial successes,
which have grown out of this research, are becoming increasingly
common. We now have a fundamental science for the relation to
microstructural development and the relation of microstructure to
strength and toughness through micromechanics
We propose to convene this scientific resource at the next Ceramics Gordon Conference and turn the communitys attention and skills towards new frontiers for the applications of ceramics. The goal is to establish, within a framework of the emerging technologies, outstanding critical fundamental scientific issues and approaches to their resolution. You can register directly at the Gordon Research Conference web site.
Ceramics are being utilized in novel devices and new applications. Some of the development and utilization of ceramics in such emerging technologies has occurred outside of the traditional community of solid state ceramics. Emerging technologies often involve the use of ceramics at very small length scales. Current examples include miniaturization in consumer electronics, biochemical sensors, satellite communications, ferroelectric DRAM. Future issues will emerge as MEMS become integrated into complex systems. Even structural ceramics that are utilized at large scale depend critically on small scales of microstructural features.