Indium Single-Ion Optical Frequency Standard
Identifieur interne : 000005 ( Main/Exploration ); précédent : 000004; suivant : 000006Indium Single-Ion Optical Frequency Standard
Auteurs : RBID : ISTEX:3-540-45395-4_Chapter_37.pdfAbstract
We are investigating the 5s21S0 → 5s5p3P0 transition of a single trapped laser-cooled 115In+ ion as a candidate for an optical frequency standard. This line with a natural linewidth of only 0.8 Hz is highly immune to systematic frequency shifts. For sideband laser cooling and fluorescence detection of the indium ion the 5s21S0 → 5s5p3P1 transition at 230.6 nm is excited. Temperatures below 100 μK and a mean vibrational quantum number $$\left\langle n \right\rangle < 1$$ of the ion in the trap have been reached. For the clock transition a resolution of 1.3·10-13 (linewidth 170 Hz) has been obtained so far, limited by the short term frequency fluctuations of the clock laser. The absolute frequency of the 1S0 → 3P0 transition was measured by making a link to the reference frequency of the methane-stabilised HeNe laser using a frequency chain.
DOI: 10.1007/3-540-45395-4_37
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<front><div type="abstract" xml:lang="eng">We are investigating the 5s21S0 → 5s5p3P0 transition of a single trapped laser-cooled 115In+ ion as a candidate for an optical frequency standard. This line with a natural linewidth of only 0.8 Hz is highly immune to systematic frequency shifts. For sideband laser cooling and fluorescence detection of the indium ion the 5s21S0 → 5s5p3P1 transition at 230.6 nm is excited. Temperatures below 100 μK and a mean vibrational quantum number $$\left\langle n \right\rangle < 1$$ of the ion in the trap have been reached. For the clock transition a resolution of 1.3·10-13 (linewidth 170 Hz) has been obtained so far, limited by the short term frequency fluctuations of the clock laser. The absolute frequency of the 1S0 → 3P0 transition was measured by making a link to the reference frequency of the methane-stabilised HeNe laser using a frequency chain.</div>
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<abstract lang="eng">We are investigating the 5s21S0 → 5s5p3P0 transition of a single trapped laser-cooled 115In+ ion as a candidate for an optical frequency standard. This line with a natural linewidth of only 0.8 Hz is highly immune to systematic frequency shifts. For sideband laser cooling and fluorescence detection of the indium ion the 5s21S0 → 5s5p3P1 transition at 230.6 nm is excited. Temperatures below 100 μK and a mean vibrational quantum number $$\left\langle n \right\rangle < 1$$ of the ion in the trap have been reached. For the clock transition a resolution of 1.3·10-13 (linewidth 170 Hz) has been obtained so far, limited by the short term frequency fluctuations of the clock laser. The absolute frequency of the 1S0 → 3P0 transition was measured by making a link to the reference frequency of the methane-stabilised HeNe laser using a frequency chain.</abstract>
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