J. Sinova N. A. / D. / Ge / Q. Niu N. A. / Spin Electronics / S. S. P. / /
Country
Germany / United States / United Kingdom / /
Currency
pence / /
Facility
National Taiwan University / University of Hong Kong / Regensburg University / The University of Hong Kong / laboratory Datta / /
IndustryTerm
layer systems / conventional electronics / electron gas / spintronic device / energy bands / energy gap / charge carrier / atomic systems / chemical potential / energy eigenvalues / free-carrier absorption / semiconductor chip / electronic products / equal energy / chemical potentials / spintronic devices / metallic spintronic device / energy / energy band / metal / 2D hole gas / typical energy gap / paramagnetic semiconductor systems / mesoscopic devices / electronic micro-processors / energy dissipation / electric products / kinetic energy / crystal systems / exponential law / mesoscopic systems / electron gas heating / multiterminal devices / electronic devices / electronics / energy band structures / based electronics / energy splitting / metallic spintronic devices / conservation law / effect combining devices / semiconductor chips / /
OperatingSystem
Fermi / /
Organization
UCLA / Regensburg University / National Taiwan University / Research Grant Council of Hong Kong / Spin Current Shun-Qing Shen Department of Physics / University of Hong Kong / /
Person
Mott / W. Prettl / Van Dau / Wang / Jo De Boeck / J. Stahl / Wunderlich / G. Borghs / Shun-Qing Shen / Guo / Paul A. M. Dirac / /
Spintronics and Spin Current Spintronics and Spin Current Shun-Qing Shen Department of Physics, The University of Hong Kong, Pokfulam Road, Hong Kong