Matches in SemOpenAlex for { <https://semopenalex.org/work/W2017293344> ?p ?o ?g. }
- W2017293344 abstract "We propose a way to significantly enhance selectivity and efficiency of coherent population transfer in a $ensuremath{Lambda}$-type four-level system with a closely spaced doublet in the final state by using a train of counterintuitively ordered pump-Stokes pulse pairs. Due to temporal constructive and destructive quantum interference between the sequential transitions and subsequent coherent accumulation and annihilation in the time domain, the spectral resolution of selective and perfect population transfer to either of the final states can be improved by more than one order of magnitude as compared to the conventionally widely used stimulated Raman adiabatic passage and chirped adiabatic passage techniques, which can also be well understood as a result of the formation of a comblike structure of the pulse train spectrum in the frequency domain. Moreover, an arbitrary coherent superposition between the closely separated doublet can be achieved by suitably tuning the repetition period and detuning of the laser fields. This method has potential applications in control of chemical reactions and quantum information processing." @default.
- W2017293344 created "2016-06-24" @default.
- W2017293344 creator A5013935549 @default.
- W2017293344 creator A5036260465 @default.
- W2017293344 creator A5038002804 @default.
- W2017293344 creator A5041669276 @default.
- W2017293344 date "2010-09-27" @default.
- W2017293344 modified "2023-10-02" @default.
- W2017293344 title "Enhanced selectivity and efficiency of coherent population transfer via a train of pulse pairs" @default.
- W2017293344 cites W1659409138 @default.
- W2017293344 cites W1963785588 @default.
- W2017293344 cites W1966050148 @default.
- W2017293344 cites W1966242586 @default.
- W2017293344 cites W1968744290 @default.
- W2017293344 cites W1969229386 @default.
- W2017293344 cites W1972047993 @default.
- W2017293344 cites W1975174893 @default.
- W2017293344 cites W1979308602 @default.
- W2017293344 cites W1979493433 @default.
- W2017293344 cites W1982177451 @default.
- W2017293344 cites W1986943677 @default.
- W2017293344 cites W1987383612 @default.
- W2017293344 cites W1990380667 @default.
- W2017293344 cites W1990944434 @default.
- W2017293344 cites W1993551909 @default.
- W2017293344 cites W2000186729 @default.
- W2017293344 cites W2001093222 @default.
- W2017293344 cites W2001575057 @default.
- W2017293344 cites W2003703043 @default.
- W2017293344 cites W2008995600 @default.
- W2017293344 cites W2009487560 @default.
- W2017293344 cites W2016608283 @default.
- W2017293344 cites W2017344165 @default.
- W2017293344 cites W2019859081 @default.
- W2017293344 cites W2021594113 @default.
- W2017293344 cites W2030264710 @default.
- W2017293344 cites W2030672953 @default.
- W2017293344 cites W2031397514 @default.
- W2017293344 cites W2033606310 @default.
- W2017293344 cites W2034257833 @default.
- W2017293344 cites W2034513892 @default.
- W2017293344 cites W2036089106 @default.
- W2017293344 cites W2037728196 @default.
- W2017293344 cites W2038050262 @default.
- W2017293344 cites W2050797928 @default.
- W2017293344 cites W2051553570 @default.
- W2017293344 cites W2056908124 @default.
- W2017293344 cites W2058814373 @default.
- W2017293344 cites W2059264960 @default.
- W2017293344 cites W2061672158 @default.
- W2017293344 cites W2064755720 @default.
- W2017293344 cites W2068479983 @default.
- W2017293344 cites W2070236745 @default.
- W2017293344 cites W2072426910 @default.
- W2017293344 cites W2080370801 @default.
- W2017293344 cites W2081211369 @default.
- W2017293344 cites W2083893620 @default.
- W2017293344 cites W2085231553 @default.
- W2017293344 cites W2086019285 @default.
- W2017293344 cites W2094132709 @default.
- W2017293344 cites W2145178271 @default.
- W2017293344 cites W2145404322 @default.
- W2017293344 cites W2154610383 @default.
- W2017293344 cites W3037315640 @default.
- W2017293344 cites W3037952079 @default.
- W2017293344 cites W4240683851 @default.
- W2017293344 cites W4244228978 @default.
- W2017293344 cites W49332220 @default.
- W2017293344 cites W65830074 @default.
- W2017293344 doi "https://doi.org/10.1103/physreva.82.033831" @default.
- W2017293344 hasPublicationYear "2010" @default.
- W2017293344 type Work @default.
- W2017293344 sameAs 2017293344 @default.
- W2017293344 citedByCount "10" @default.
- W2017293344 countsByYear W20172933442012 @default.
- W2017293344 countsByYear W20172933442013 @default.
- W2017293344 countsByYear W20172933442015 @default.
- W2017293344 countsByYear W20172933442016 @default.
- W2017293344 countsByYear W20172933442017 @default.
- W2017293344 countsByYear W20172933442020 @default.
- W2017293344 countsByYear W20172933442023 @default.
- W2017293344 crossrefType "journal-article" @default.
- W2017293344 hasAuthorship W2017293344A5013935549 @default.
- W2017293344 hasAuthorship W2017293344A5036260465 @default.
- W2017293344 hasAuthorship W2017293344A5038002804 @default.
- W2017293344 hasAuthorship W2017293344A5041669276 @default.
- W2017293344 hasConcept C109663097 @default.
- W2017293344 hasConcept C120665830 @default.
- W2017293344 hasConcept C121332964 @default.
- W2017293344 hasConcept C127162648 @default.
- W2017293344 hasConcept C144024400 @default.
- W2017293344 hasConcept C149923435 @default.
- W2017293344 hasConcept C17744445 @default.
- W2017293344 hasConcept C180554434 @default.
- W2017293344 hasConcept C184779094 @default.
- W2017293344 hasConcept C199539241 @default.
- W2017293344 hasConcept C203715995 @default.
- W2017293344 hasConcept C27753989 @default.
- W2017293344 hasConcept C2778179073 @default.
- W2017293344 hasConcept C2780167933 @default.