FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1966880752> ?p ?o ?g. }

• W1966880752 abstract "Laser cooled and trapped ions can crystallize and feature discrete solitons, that are nonlinear, topologically-protected configurations of the Coulomb crystal. Such solitons, as their continuum counterparts, can move within the crystal, while their discreteness leads to the existence of a gap-separated, spatially-localized motional mode of oscillation above the spectrum. Suggesting that these unique properties of discrete solitons can be used for generating entanglement between different sites of the crystal, we study a detailed proposal in the context of state-of-the-art experimental techniques. We analyze the interaction of periodically-driven planar ion crystals with optical forces, revealing the effects of micromotion in radio-frequency traps inherent to such structures, as opposed to linear ion chains. The proposed method requires Doppler cooling of the crystal and sideband cooling of the soliton's localized modes alone. Since the gap separation of the latter is nearly independent of the crystal size, this approach could be particularly useful for producing entanglement and studying system-environment interactions in large, two- and possibly three-dimensional systems." @default.
• W1966880752 created "2016-06-24" @default.
• W1966880752 creator A5033790386 @default.
• W1966880752 creator A5034897405 @default.
• W1966880752 creator A5053617356 @default.
• W1966880752 creator A5083094476 @default.
• W1966880752 date "2014-07-30" @default.
• W1966880752 modified "2023-10-14" @default.
• W1966880752 title "Entanglement Generation Using Discrete Solitons in Coulomb Crystals" @default.
• W1966880752 cites W101435204 @default.
• W1966880752 cites W1607705556 @default.
• W1966880752 cites W1662373048 @default.
• W1966880752 cites W1935278264 @default.
• W1966880752 cites W1974928788 @default.
• W1966880752 cites W1978892902 @default.
• W1966880752 cites W1982353990 @default.
• W1966880752 cites W1985192785 @default.
• W1966880752 cites W1988243271 @default.
• W1966880752 cites W1998928734 @default.
• W1966880752 cites W1998986644 @default.
• W1966880752 cites W2000884742 @default.
• W1966880752 cites W2006629320 @default.
• W1966880752 cites W2009179285 @default.
• W1966880752 cites W2009958141 @default.
• W1966880752 cites W2012230297 @default.
• W1966880752 cites W2013190186 @default.
• W1966880752 cites W2020409647 @default.
• W1966880752 cites W2027734796 @default.
• W1966880752 cites W2027992099 @default.
• W1966880752 cites W2028677633 @default.
• W1966880752 cites W2034875581 @default.
• W1966880752 cites W2038875518 @default.
• W1966880752 cites W2039151882 @default.
• W1966880752 cites W2039727333 @default.
• W1966880752 cites W2041125316 @default.
• W1966880752 cites W2041925024 @default.
• W1966880752 cites W2044154164 @default.
• W1966880752 cites W2046426302 @default.
• W1966880752 cites W2052155705 @default.
• W1966880752 cites W2056511881 @default.
• W1966880752 cites W2056998526 @default.
• W1966880752 cites W2066500891 @default.
• W1966880752 cites W2068938156 @default.
• W1966880752 cites W2070088805 @default.
• W1966880752 cites W2072174390 @default.
• W1966880752 cites W2072602565 @default.
• W1966880752 cites W2078635972 @default.
• W1966880752 cites W2082752857 @default.
• W1966880752 cites W2084144823 @default.
• W1966880752 cites W2087201528 @default.
• W1966880752 cites W2087890237 @default.
• W1966880752 cites W2088098573 @default.
• W1966880752 cites W2113196019 @default.
• W1966880752 cites W2127928040 @default.
• W1966880752 cites W2152298098 @default.
• W1966880752 cites W2163077582 @default.
• W1966880752 cites W2164545296 @default.
• W1966880752 cites W2486417545 @default.
• W1966880752 cites W2593972252 @default.
• W1966880752 cites W3037089521 @default.
• W1966880752 cites W3037687804 @default.
• W1966880752 cites W3037853801 @default.
• W1966880752 cites W3105153161 @default.
• W1966880752 cites W3105226860 @default.
• W1966880752 cites W3105868948 @default.
• W1966880752 cites W3106493904 @default.
• W1966880752 doi "https://doi.org/10.1103/physrevlett.113.053001" @default.
• W1966880752 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25126914" @default.
• W1966880752 hasPublicationYear "2014" @default.
• W1966880752 type Work @default.
• W1966880752 sameAs 1966880752 @default.
• W1966880752 citedByCount "27" @default.
• W1966880752 countsByYear W19668807522014 @default.
• W1966880752 countsByYear W19668807522015 @default.
• W1966880752 countsByYear W19668807522016 @default.
• W1966880752 countsByYear W19668807522017 @default.
• W1966880752 countsByYear W19668807522018 @default.
• W1966880752 countsByYear W19668807522019 @default.
• W1966880752 countsByYear W19668807522020 @default.
• W1966880752 countsByYear W19668807522021 @default.
• W1966880752 crossrefType "journal-article" @default.
• W1966880752 hasAuthorship W1966880752A5033790386 @default.
• W1966880752 hasAuthorship W1966880752A5034897405 @default.
• W1966880752 hasAuthorship W1966880752A5053617356 @default.
• W1966880752 hasAuthorship W1966880752A5083094476 @default.
• W1966880752 hasBestOaLocation W19668807523 @default.
• W1966880752 hasConcept C121040770 @default.
• W1966880752 hasConcept C121332964 @default.
• W1966880752 hasConcept C121684516 @default.
• W1966880752 hasConcept C134786449 @default.
• W1966880752 hasConcept C145148216 @default.
• W1966880752 hasConcept C147120987 @default.
• W1966880752 hasConcept C151730666 @default.
• W1966880752 hasConcept C158622935 @default.
• W1966880752 hasConcept C185592680 @default.
• W1966880752 hasConcept C199360897 @default.
• W1966880752 hasConcept C26873012 @default.
• W1966880752 hasConcept C2775862738 @default.
• W1966880752 hasConcept C2776499502 @default.
• W1966880752 hasConcept C2778439541 @default.

• next