Matches in SemOpenAlex for { <https://semopenalex.org/work/W2954154888> ?p ?o ?g. }
- W2954154888 abstract "Doppler and sideband cooling are long-standing techniques that have been used together to prepare trapped atomic ions in their ground state of motion. In this paper we study how these techniques can be extended to cool both radial modes of motion of a single ion in a Penning trap. We numerically explore the prerequisite experimental parameters for efficient Doppler cooling in the presence of an additional oscillating electric field to resonantly couple the radial modes. The simulations are supported by experimental data for a single $^{40}mathrm{Ca}^{+}$ ion Doppler cooled to $ensuremath{sim}100$ phonons in both radial modes at a magnetron frequency of 52 kHz and a modified cyclotron frequency of 677 kHz. For these frequencies, we then show that mean phonon numbers of 0.35(5) for the modified cyclotron and 1.7(2) for the magnetron motions are achieved after 68 ms of sideband cooling." @default.
- W2954154888 created "2019-07-12" @default.
- W2954154888 creator A5017777288 @default.
- W2954154888 creator A5021545006 @default.
- W2954154888 creator A5039334553 @default.
- W2954154888 creator A5067171061 @default.
- W2954154888 creator A5074099406 @default.
- W2954154888 date "2019-10-22" @default.
- W2954154888 modified "2023-10-01" @default.
- W2954154888 title "Sideband cooling of the radial modes of motion of a single ion in a Penning trap" @default.
- W2954154888 cites W1509539609 @default.
- W2954154888 cites W1567122062 @default.
- W2954154888 cites W1613274888 @default.
- W2954154888 cites W1635919617 @default.
- W2954154888 cites W1861850247 @default.
- W2954154888 cites W1973703726 @default.
- W2954154888 cites W1979668273 @default.
- W2954154888 cites W1983447610 @default.
- W2954154888 cites W1985750328 @default.
- W2954154888 cites W2000473623 @default.
- W2954154888 cites W2006051991 @default.
- W2954154888 cites W2008321918 @default.
- W2954154888 cites W2016696253 @default.
- W2954154888 cites W2017249488 @default.
- W2954154888 cites W2030180269 @default.
- W2954154888 cites W2037347405 @default.
- W2954154888 cites W2038004339 @default.
- W2954154888 cites W2049424385 @default.
- W2954154888 cites W2050666425 @default.
- W2954154888 cites W2058641986 @default.
- W2954154888 cites W2058698962 @default.
- W2954154888 cites W2058897594 @default.
- W2954154888 cites W2066911071 @default.
- W2954154888 cites W2067511852 @default.
- W2954154888 cites W2072062561 @default.
- W2954154888 cites W2073074787 @default.
- W2954154888 cites W2080038481 @default.
- W2954154888 cites W2085605890 @default.
- W2954154888 cites W2088185962 @default.
- W2954154888 cites W2089867976 @default.
- W2954154888 cites W2103320610 @default.
- W2954154888 cites W2105221346 @default.
- W2954154888 cites W2105732215 @default.
- W2954154888 cites W2131704624 @default.
- W2954154888 cites W2170404679 @default.
- W2954154888 cites W2193360187 @default.
- W2954154888 cites W2276221076 @default.
- W2954154888 cites W2298111942 @default.
- W2954154888 cites W2318082388 @default.
- W2954154888 cites W2333743525 @default.
- W2954154888 cites W2394549188 @default.
- W2954154888 cites W2579279728 @default.
- W2954154888 cites W2586874551 @default.
- W2954154888 cites W2612103180 @default.
- W2954154888 cites W2734409575 @default.
- W2954154888 cites W2735364952 @default.
- W2954154888 cites W2770489213 @default.
- W2954154888 cites W2771408827 @default.
- W2954154888 cites W2890785054 @default.
- W2954154888 cites W2892019875 @default.
- W2954154888 cites W3099820642 @default.
- W2954154888 cites W3100740162 @default.
- W2954154888 cites W3101992428 @default.
- W2954154888 cites W3104527826 @default.
- W2954154888 cites W3194646969 @default.
- W2954154888 doi "https://doi.org/10.1103/physreva.100.043414" @default.
- W2954154888 hasPublicationYear "2019" @default.
- W2954154888 type Work @default.
- W2954154888 sameAs 2954154888 @default.
- W2954154888 citedByCount "8" @default.
- W2954154888 countsByYear W29541548882020 @default.
- W2954154888 countsByYear W29541548882021 @default.
- W2954154888 countsByYear W29541548882022 @default.
- W2954154888 countsByYear W29541548882023 @default.
- W2954154888 crossrefType "journal-article" @default.
- W2954154888 hasAuthorship W2954154888A5017777288 @default.
- W2954154888 hasAuthorship W2954154888A5021545006 @default.
- W2954154888 hasAuthorship W2954154888A5039334553 @default.
- W2954154888 hasAuthorship W2954154888A5067171061 @default.
- W2954154888 hasAuthorship W2954154888A5074099406 @default.
- W2954154888 hasBestOaLocation W29541548882 @default.
- W2954154888 hasConcept C106289968 @default.
- W2954154888 hasConcept C120665830 @default.
- W2954154888 hasConcept C121332964 @default.
- W2954154888 hasConcept C137022216 @default.
- W2954154888 hasConcept C137286776 @default.
- W2954154888 hasConcept C142199849 @default.
- W2954154888 hasConcept C142757262 @default.
- W2954154888 hasConcept C143873397 @default.
- W2954154888 hasConcept C145148216 @default.
- W2954154888 hasConcept C184779094 @default.
- W2954154888 hasConcept C191486275 @default.
- W2954154888 hasConcept C24169881 @default.
- W2954154888 hasConcept C26873012 @default.
- W2954154888 hasConcept C2776499502 @default.
- W2954154888 hasConcept C39527238 @default.
- W2954154888 hasConcept C44838205 @default.
- W2954154888 hasConcept C520434653 @default.
- W2954154888 hasConcept C62520636 @default.
- W2954154888 hasConcept C76308580 @default.