Matches in SemOpenAlex for { <https://semopenalex.org/work/W2040372728> ?p ?o ?g. }
- W2040372728 abstract "We reveal the existence of polariton soliton solutions in the array of weakly coupled optical cavities, each containing an ensemble of interacting qubits. An effective complex Ginzburg-Landau equation is derived in the continuum limit taking into account the effects of cavity field dissipation and qubit dephasing. We have shown that an enhancement of the induced nonlinearity can be achieved by two order of the magnitude with a negative interaction strength which implies a large negative qubit-field detuning as well. Bright solitons are found to be supported under perturbations only in the upper (optical) branch of polaritons, for which the corresponding group velocity is controlled by tuning the interacting strength. With the help of perturbation theory for solitons, we also demonstrate that the group velocity of these polariton solitons is suppressed by the diffusion process." @default.
- W2040372728 created "2016-06-24" @default.
- W2040372728 creator A5012322341 @default.
- W2040372728 creator A5034745339 @default.
- W2040372728 creator A5040777189 @default.
- W2040372728 creator A5041944076 @default.
- W2040372728 creator A5064882384 @default.
- W2040372728 creator A5073924616 @default.
- W2040372728 creator A5078641429 @default.
- W2040372728 date "2012-08-17" @default.
- W2040372728 modified "2023-09-26" @default.
- W2040372728 title "Solitons in cavity-QED arrays containing interacting qubits" @default.
- W2040372728 cites W1495769149 @default.
- W2040372728 cites W1542475302 @default.
- W2040372728 cites W1963811960 @default.
- W2040372728 cites W1966951513 @default.
- W2040372728 cites W1968187163 @default.
- W2040372728 cites W1978717931 @default.
- W2040372728 cites W1979029367 @default.
- W2040372728 cites W1984465377 @default.
- W2040372728 cites W1989563849 @default.
- W2040372728 cites W1992634891 @default.
- W2040372728 cites W1995043042 @default.
- W2040372728 cites W1995884007 @default.
- W2040372728 cites W2002094651 @default.
- W2040372728 cites W2003213439 @default.
- W2040372728 cites W2009176062 @default.
- W2040372728 cites W2011050002 @default.
- W2040372728 cites W2011069429 @default.
- W2040372728 cites W2011487267 @default.
- W2040372728 cites W2016706862 @default.
- W2040372728 cites W2017154611 @default.
- W2040372728 cites W2023703825 @default.
- W2040372728 cites W2024460401 @default.
- W2040372728 cites W2028729204 @default.
- W2040372728 cites W2031745722 @default.
- W2040372728 cites W2031938695 @default.
- W2040372728 cites W2044674548 @default.
- W2040372728 cites W2051454649 @default.
- W2040372728 cites W2051948253 @default.
- W2040372728 cites W2052186528 @default.
- W2040372728 cites W2056227763 @default.
- W2040372728 cites W2056743109 @default.
- W2040372728 cites W2057883617 @default.
- W2040372728 cites W2068221458 @default.
- W2040372728 cites W2074551634 @default.
- W2040372728 cites W2078111918 @default.
- W2040372728 cites W2079770620 @default.
- W2040372728 cites W2081030096 @default.
- W2040372728 cites W2081409400 @default.
- W2040372728 cites W2083531734 @default.
- W2040372728 cites W2087051861 @default.
- W2040372728 cites W2092262669 @default.
- W2040372728 cites W2094992291 @default.
- W2040372728 cites W2099531043 @default.
- W2040372728 cites W2105274771 @default.
- W2040372728 cites W2115600080 @default.
- W2040372728 cites W2124105934 @default.
- W2040372728 cites W2142261046 @default.
- W2040372728 cites W2159994936 @default.
- W2040372728 cites W2170360940 @default.
- W2040372728 cites W2743090220 @default.
- W2040372728 cites W2963537736 @default.
- W2040372728 cites W3037853801 @default.
- W2040372728 cites W3100962202 @default.
- W2040372728 cites W3103164638 @default.
- W2040372728 doi "https://doi.org/10.1103/physreva.86.023829" @default.
- W2040372728 hasPublicationYear "2012" @default.
- W2040372728 type Work @default.
- W2040372728 sameAs 2040372728 @default.
- W2040372728 citedByCount "18" @default.
- W2040372728 countsByYear W20403727282013 @default.
- W2040372728 countsByYear W20403727282014 @default.
- W2040372728 countsByYear W20403727282015 @default.
- W2040372728 countsByYear W20403727282018 @default.
- W2040372728 countsByYear W20403727282020 @default.
- W2040372728 countsByYear W20403727282022 @default.
- W2040372728 countsByYear W20403727282023 @default.
- W2040372728 crossrefType "journal-article" @default.
- W2040372728 hasAuthorship W2040372728A5012322341 @default.
- W2040372728 hasAuthorship W2040372728A5034745339 @default.
- W2040372728 hasAuthorship W2040372728A5040777189 @default.
- W2040372728 hasAuthorship W2040372728A5041944076 @default.
- W2040372728 hasAuthorship W2040372728A5064882384 @default.
- W2040372728 hasAuthorship W2040372728A5073924616 @default.
- W2040372728 hasAuthorship W2040372728A5078641429 @default.
- W2040372728 hasBestOaLocation W20403727282 @default.
- W2040372728 hasConcept C121332964 @default.
- W2040372728 hasConcept C130725296 @default.
- W2040372728 hasConcept C135402231 @default.
- W2040372728 hasConcept C158622935 @default.
- W2040372728 hasConcept C174256460 @default.
- W2040372728 hasConcept C177918212 @default.
- W2040372728 hasConcept C181341577 @default.
- W2040372728 hasConcept C203087015 @default.
- W2040372728 hasConcept C26873012 @default.
- W2040372728 hasConcept C3079626 @default.
- W2040372728 hasConcept C49023278 @default.
- W2040372728 hasConcept C62520636 @default.
- W2040372728 hasConcept C84114770 @default.