Laser Analytical Systems / Perot / Plenum Press / Shimizu / Advanced Research Division Quantum Electronics / /
Currency
pence / /
Facility
National Institute of Standards and Technology / National Institute of Information / University Quantum Electronics WATANABE Masayoshi / /
IndustryTerm
energy levels / noble-metal atoms / metal electronic structures / measurement equipment / periodic / buffer gas / energy shift / metal electronic structure / taper-type semiconductor device / /
Organization
National Institute of Standards and Technology / Graduate School / National Institute of Information / Kansai Advanced Research Center / Osaka University / /
Person
D. N. Stacey / V / D. J. Wineland / J. D. Miller / W. M. Itano / Isotope Shifts / J. C. Bergquist / J. A. Beall / B. C. Young / /
Position
D. Researcher / Atomic Frequency Standards Group / D. J. / King / Professor / Research supervisor / /
Product
Laser / /
ProvinceOrState
Zn / Minnesota / Zn+ / /
Technology
semiconductor / laser / lasers / spectroscopy / microwave / ISP / employing a solidstate laser / be generated using semiconductor lasers / /
3-3 Precise Frequency Measurement using Trapped Zinc Ions MATSUBARA Kensuke, URABE Shinji, and WATANABE Masayoshi The laser cooling of ions confined in the radio-frequency (RF) ion trap is capable of providing ideal samp