Lincoln Laboratory / Quantum / Pepsi / Texas Instruments Inc. / Raytheon Systems Co. / Sandia National Laboratories / Hughes Research Laboratories / IBM Corp. / /
Currency
USD / /
Event
M&A / /
Facility
University of Delaware / University of Notre Dame / Lincoln Laboratory / Thomas J. Watson Research Center / University of New York / Esaki tunnel / Cornell University / Ohio State University / Massachusetts Institute of Technology / TERMINAL COUSINS / Cornell Nanofabrication Facility / /
IndustryTerm
energy levels / higher-temperature tunnel junction technology / conventional flash devices / transistor-like devices / resonant tunneling devices / chemical vapor deposition process / recent devices / energy level / resonant devices / Present devices / silicon-based devices / unipolar device / equal energy / Manufacturing processes / energy / planar device / early devices / metal / volume manufacturing / energy state / fewer devices / nanoelectronics / growth equipment / electronics / energy conditions / free-electron energy states / energy states / nanocrystal device / /
NaturalFeature
Drain Source Gate Channel Drain Small island / Small island / /
Organization
Massachusetts Institute of Technology / University of New York / University of Delaware / Cornell University / U.S. Department of Defense / Ohio State University / Columbus / University of Notre Dame / /
Person
LINDA GEPPERT / Sandip Tiwari / Gregory Snider / Konstantin Likharev / David J. Frank / Thomas J. Watson / Yuan Taur / Gary Bernstein / Jerry Simmons / Gary Frazier / Alan Seabaugh / Craig Lent / Paul Berger / Richard H. Mathews / /
Position
Editor / professor of electrical engineering / co-author / professor of physics / manager of the nanoelectronics group / manager of the semiconductor material and device sciences department / associate professor of electrical engineering / professor of electrical engineering and director / /
Product
RTD / Deltt / /
ProvinceOrState
Indiana / New York / New Mexico / Delaware / California / Massachusetts / /