Cornell University / Indian Institute of Science / University of California at Berkeley / Harvard University / /
IndustryTerm
metal / magnetic impurity systems / bulk metal / silicon technology / quantum dot devices / quantum-dot devices / pure metal / interferometer device / chemical make-up / transistor-type devices / Energy eigenstates / electronics / metal electrodes / metal changes / metal increases / otherwise non-magnetic metal / metal mixes electron waves / energy spectrum / unoccupied energy state / conventional metal / real metal / higher-energy states / electronic chips / imaging / important tool / host metal / energy / /
NaturalFeature
Fermi sea / /
OperatingSystem
Fermi / /
Organization
University of California / Harvard University / Harvard / Indian Institute of Science / Bangalore / Electromigration / Department of Physics / Cornell University / /
Person
Connie Chang / Jonas I. Goldsmith / Hector D. Abruna / Marie Rinkoski / Jason R. Petta / Daniel C. Ralph / Hongkun Park / Paul L. McEuen / Wenjie Liang / James P. Sethna / Matthew P. Shores / Marc Bockrath / Jeffrey R. Long / /