Search Results - "Schwedes, Ch"

Narrow-bandwidth diode-laser-based blue and ultraviolet light source by SCHWEDES, Ch, PEIK, E, VON ZANTHIER, J, NEVSKY, A. Y, WALTHER, H

“…A compact, tunable and narrow-bandwidth laser source for blue and ultraviolet radiation is presented. A grating-stabilized diode laser at 922 nm is…”
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High-resolution spectroscopy of a single In + ion: Progress towards an optical frequency standard by Becker, Th, Zanthier, J. v., Nevsky, A. Yu, Schwedes, Ch, Skvortsov, M. N., Walther, H., Peik, E.

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Laser sideband cooling with positive detuning by Schwedes, Ch, Becker, Th, von Zanthier, J., Walther, H., Peik, E.

“…An experimental and theoretical study of laser sideband cooling of a trapped ion in a radiofrequency trap is presented. The influence of the micromotion in the…”
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High resolution spectroscopy of a single trapped ion by Schwedes, Ch, Eckle, P., Eichenseer, M., Nevsky, A.Yu, von Zanthier, J., Walther, H.

“…Excitation of the /sup 3/P/sub 0 /state is detected in optical-optical double resonance via the dark periods in the fluorescence on the fast /sup 1/S/sub 0/…”
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Indium single-ion optical frequency standard by Becker, Th, Nevsky, A.Y., Skvortsov, M.N., Schwedes, Ch, Eichenseer, M., von Zanthier, J., Peik, E., Walther, H.

“…Summary form only given. Laser-cooled ions in radiofrequency traps are the atomic systems that allow the highest resolution (ratio of frequency to linewidth)…”
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Absolute frequency measurement of the In$^{+}$ clock transition with a mode-locked laser by von Zanthier, J, Becker, Th, Eichenseer, M, Nevsky, A. Yu, Schwedes, Ch, Peik, E, Walther, H, Holzwarth, R, Reichert, J, Udem, Th, Hänsch, T. W, Pokasov, P. V, Skvortsov, M. N, Bagayev, S. N

“…Opt. Lett. Vol. 25, No. 23, 1729 (2000) The absolute frequency of the In$^{+}$ $5s^{2 1}S_{0}$ - $5s5p^{3}P_{0}$ clock transition at 237 nm was measured with…”
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Indium single ion optical frequency standard by Becker, T., Eichenseer, M., Nevsky, A.Y., Peik, E., Schwedes, C., Skvortsov, M.N., Zanthier, J.V., Walther, H.

“…A single laser cooled ion in a radiofrequency trap can serve as the basis for a highly stable optical frequency standard. We present recent results of our work…”
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