Matches in SemOpenAlex for { <https://semopenalex.org/work/W3021189306> ?p ?o ?g. }
- W3021189306 abstract "It has been shown elsewhere that two spatially separated atoms can jointly absorb one photon, whose frequency is equal to the sum of the transition frequencies of the two atoms. We describe this process in the presence of an ensemble of many two-level atoms and show that it can be used to generate spin squeezing and entanglement. This resonant collective process allows us to create a sizable squeezing already at the single-photon limit. It represents a way to generate many-body spin-spin interactions, yielding a two-axis twisting-like interaction among the spins, which is very efficient for the generation of spin squeezing. We perform explicit calculations for ensembles of magnetic molecules coupled to a superconducting coplanar cavities. This system represents an attractive on-chip architecture for the realization of improved sensing." @default.
- W3021189306 created "2020-05-13" @default.
- W3021189306 creator A5002476954 @default.
- W3021189306 creator A5018434243 @default.
- W3021189306 creator A5048800312 @default.
- W3021189306 creator A5077016881 @default.
- W3021189306 date "2020-05-06" @default.
- W3021189306 modified "2023-10-15" @default.
- W3021189306 title "Spin squeezing by one-photon–two-atom excitation processes in atomic ensembles" @default.
- W3021189306 cites W1964687820 @default.
- W3021189306 cites W1965001358 @default.
- W3021189306 cites W1977733098 @default.
- W3021189306 cites W1979904902 @default.
- W3021189306 cites W1981677342 @default.
- W3021189306 cites W1981935016 @default.
- W3021189306 cites W1986933492 @default.
- W3021189306 cites W2000842078 @default.
- W3021189306 cites W2013163501 @default.
- W3021189306 cites W2014999421 @default.
- W3021189306 cites W2016938978 @default.
- W3021189306 cites W2020324550 @default.
- W3021189306 cites W2035009541 @default.
- W3021189306 cites W2038811871 @default.
- W3021189306 cites W2044444923 @default.
- W3021189306 cites W2045914866 @default.
- W3021189306 cites W2048463654 @default.
- W3021189306 cites W2050594526 @default.
- W3021189306 cites W2051914691 @default.
- W3021189306 cites W2054838521 @default.
- W3021189306 cites W2056576695 @default.
- W3021189306 cites W2057090058 @default.
- W3021189306 cites W2059235845 @default.
- W3021189306 cites W2071434758 @default.
- W3021189306 cites W2081284721 @default.
- W3021189306 cites W2084802573 @default.
- W3021189306 cites W2086305847 @default.
- W3021189306 cites W2097027058 @default.
- W3021189306 cites W2109809398 @default.
- W3021189306 cites W2112451453 @default.
- W3021189306 cites W2155687599 @default.
- W3021189306 cites W2164848816 @default.
- W3021189306 cites W2164989459 @default.
- W3021189306 cites W2224947818 @default.
- W3021189306 cites W2234527694 @default.
- W3021189306 cites W2238521328 @default.
- W3021189306 cites W2263453110 @default.
- W3021189306 cites W2324114710 @default.
- W3021189306 cites W2347027730 @default.
- W3021189306 cites W2400657135 @default.
- W3021189306 cites W2407966336 @default.
- W3021189306 cites W2436983801 @default.
- W3021189306 cites W2466122200 @default.
- W3021189306 cites W2516867654 @default.
- W3021189306 cites W2580815400 @default.
- W3021189306 cites W2586637063 @default.
- W3021189306 cites W2587746776 @default.
- W3021189306 cites W2600813896 @default.
- W3021189306 cites W2609528786 @default.
- W3021189306 cites W2729697906 @default.
- W3021189306 cites W2754825448 @default.
- W3021189306 cites W2762371453 @default.
- W3021189306 cites W2767003385 @default.
- W3021189306 cites W2767326835 @default.
- W3021189306 cites W2775826275 @default.
- W3021189306 cites W2796821646 @default.
- W3021189306 cites W2798881288 @default.
- W3021189306 cites W2800157891 @default.
- W3021189306 cites W2800400039 @default.
- W3021189306 cites W2804317816 @default.
- W3021189306 cites W2810194877 @default.
- W3021189306 cites W2963972311 @default.
- W3021189306 cites W3099820453 @default.
- W3021189306 cites W3100023247 @default.
- W3021189306 cites W3101827791 @default.
- W3021189306 cites W3105152059 @default.
- W3021189306 cites W3105550380 @default.
- W3021189306 cites W3105676084 @default.
- W3021189306 cites W3125539591 @default.
- W3021189306 cites W4312861377 @default.
- W3021189306 cites W97104413 @default.
- W3021189306 cites W98505692 @default.
- W3021189306 doi "https://doi.org/10.1103/physreva.101.053818" @default.
- W3021189306 hasPublicationYear "2020" @default.
- W3021189306 type Work @default.
- W3021189306 sameAs 3021189306 @default.
- W3021189306 citedByCount "17" @default.
- W3021189306 countsByYear W30211893062020 @default.
- W3021189306 countsByYear W30211893062021 @default.
- W3021189306 countsByYear W30211893062022 @default.
- W3021189306 countsByYear W30211893062023 @default.
- W3021189306 crossrefType "journal-article" @default.
- W3021189306 hasAuthorship W3021189306A5002476954 @default.
- W3021189306 hasAuthorship W3021189306A5018434243 @default.
- W3021189306 hasAuthorship W3021189306A5048800312 @default.
- W3021189306 hasAuthorship W3021189306A5077016881 @default.
- W3021189306 hasBestOaLocation W30211893062 @default.
- W3021189306 hasConcept C105795698 @default.
- W3021189306 hasConcept C121040770 @default.
- W3021189306 hasConcept C121332964 @default.
- W3021189306 hasConcept C149635348 @default.