Gainesville / Pergamon / Lake City / Tokyo / Amsterdam / London / /
Company
Brown / T. Mizokawa D.D. / Matsuda / Narrow Gap Semiconductors / /
Country
Japan / /
Currency
USD / / /
Facility
Engineering Laboratory / University of Utah / Tokyo Institute of Technology / Okayama University / Rice Quantum Institute / University of Florida / University of Tokyo / Institute of Pure / Rice University / N. Miura Institute / /
IndustryTerm
photon energy / ferromagnetic semiconductor devices / transition energy / energy dependent / net carrier density / delocalized carrier states / carrier densities / spin-based semiconductor devices / energy / /
MusicGroup
Landau / /
OperatingSystem
Fermi / /
Organization
Faculty of Science / Rice University / Houston / N. Miura Institute for Solid State Physics / Japan H. Munekata Imaging Science and Engineering Laboratory / Physics Department / University of Tokyo / Department of Physics / University of Utah / Okayama University / Okayama / Rice Quantum Institute / M. A. Zudov* and J. Kono† Department of Electrical and Computer Engineering / University of Florida / Japan G. D. Sanders / Y. Sun / and C. J. Stanton Department of Physics / Tokyo Institute of Technology / Institute of Pure and Applied Physics / Center for Nanoscale Science and Technology / /
Person
F. Herlach / C. Urano / S. von Molnar / M.A. Zudov / M. Hirasawa / A. Fujimori / S. Takeyama / J. Kono / S. Yamada / L.L. Chang / K. Nakao / Gay Sb / H. Munekata / H. Ohno / T. Goto / A. Oiwa / Y. Hashimoto / Y. Iye / T. Sakakibara / T. Penney / T. Slupinski / H. Takagi / S. Katsumoto / N. Miura / /
RAPID COMMUNICATIONS PHYSICAL REVIEW B 66, 161307共R兲 共2002兲 Ultrahigh field electron cyclotron resonance absorption in In1Àx Mnx As films M. A. Zudov* and J. Kono†