Palo Alto / Dordrecht / New York / Berlin / Cambridge / Norman / Neuchâtel / /
Company
David Ritchie Cavendish Laboratory / Agilent Technologies / /
Country
Netherlands / United States / /
Currency
USD / / /
Facility
Osaka Institute of Technology / University of Oklahoma / University of Neuchâtel / University of Cambridge / Rice Quantum Institute / Masataka Inoue New Materials Research Center / Jerome Faist Institute of Physics / Rice University / /
IndustryTerm
molecular-gas lasers / spectroscopic applications / spectroscopy applications / chemical / resonance energy / technology gap / /
Organization
Center for Semiconductor Physics / University of Oklahoma / Defense Advanced Research Projects Agency / Rice University / Houston / Optical Society of America / National Science Foundation / Optical Society of America OCIS / Giacomo Scalari / Lassaad Ajili / and Jerome Faist Institute of Physics / Computer Engineering and Rice Quantum Institute / Michael B. Santos Department of Physics and Astronomy / Institute of Technology / Osaka / Masataka Inoue New Materials Research Center / Department of Electrical and Computer Engineering / Japan Seokjae Chung* Department of Physics and Astronomy / University of Cambridge / University of Neuchâtel / Force office of Scientif / /
Person
Harvey Beere / Masato Nakai / Alexander P. Litvinchuk / V. T. Nguyen / Adrian Barkan / Edmund Linfield / Giles Davies / W. C. Mitchel / M. Chamberlain / B. D. McCombe / J. Kono / T. J. Bridges / V / G. S. Herold / Ginger G. Walden / S. J. Allen / Jr. / Anatoliy A. Kosterev / Diane C. Larrabee / M. S. Salib / I. Lo / Yury Bakhirkin / A. Petrou / Jun Kono / Giti A. Khodaparast / S. T. Lee / Frank K. Tittel / C. E. Stutz / /
Application of terahertz quantum-cascade lasers to
semiconductor cyclotron resonance