Matches in SemOpenAlex for { <https://semopenalex.org/work/W4282018313> ?p ?o ?g. }
- W4282018313 abstract "We demonstrate spontaneous formation of a nonlinear vortex cluster state in a microcavity exciton-polariton condensate with time-periodic sign flipping of its topological charges at the GHz scale. When optically pumped with a ring-shaped nonresonant laser, the trapped condensate experiences intricate high-order mode competition and fractures into two distinct trap levels. The resulting mode interference leads to robust condensate density beatings with periodic appearance of orderly arranged phase singularities. Our work opens new perspectives on creating structured free-evolving light, and singular optics in the strong light-matter coupling regime." @default.
- W4282018313 created "2022-06-13" @default.
- W4282018313 creator A5010795782 @default.
- W4282018313 creator A5042306870 @default.
- W4282018313 creator A5042814845 @default.
- W4282018313 creator A5051879690 @default.
- W4282018313 creator A5052651738 @default.
- W4282018313 creator A5053936686 @default.
- W4282018313 creator A5087699961 @default.
- W4282018313 date "2022-06-09" @default.
- W4282018313 modified "2023-09-26" @default.
- W4282018313 title "Spontaneous Formation of Time-Periodic Vortex Cluster in Nonlinear Fluids of Light" @default.
- W4282018313 cites W1487002516 @default.
- W4282018313 cites W1545948159 @default.
- W4282018313 cites W1589760069 @default.
- W4282018313 cites W1604428223 @default.
- W4282018313 cites W1969057150 @default.
- W4282018313 cites W1980664748 @default.
- W4282018313 cites W1984379692 @default.
- W4282018313 cites W1985821463 @default.
- W4282018313 cites W1988265034 @default.
- W4282018313 cites W1998305422 @default.
- W4282018313 cites W1999964226 @default.
- W4282018313 cites W2004694100 @default.
- W4282018313 cites W2014219335 @default.
- W4282018313 cites W2017986009 @default.
- W4282018313 cites W2037424252 @default.
- W4282018313 cites W2038436047 @default.
- W4282018313 cites W2039212488 @default.
- W4282018313 cites W2041174397 @default.
- W4282018313 cites W2045258515 @default.
- W4282018313 cites W2047709061 @default.
- W4282018313 cites W2053654613 @default.
- W4282018313 cites W2057794330 @default.
- W4282018313 cites W2071398458 @default.
- W4282018313 cites W2081409400 @default.
- W4282018313 cites W2082086414 @default.
- W4282018313 cites W2094055587 @default.
- W4282018313 cites W2103622085 @default.
- W4282018313 cites W2107444689 @default.
- W4282018313 cites W2113319585 @default.
- W4282018313 cites W2118829512 @default.
- W4282018313 cites W2139461460 @default.
- W4282018313 cites W2147052645 @default.
- W4282018313 cites W2147056031 @default.
- W4282018313 cites W2152477879 @default.
- W4282018313 cites W2155078029 @default.
- W4282018313 cites W2159172060 @default.
- W4282018313 cites W2176364383 @default.
- W4282018313 cites W2182476544 @default.
- W4282018313 cites W2267935021 @default.
- W4282018313 cites W2279900190 @default.
- W4282018313 cites W2318727879 @default.
- W4282018313 cites W2335638211 @default.
- W4282018313 cites W2342067782 @default.
- W4282018313 cites W2429243011 @default.
- W4282018313 cites W2468376182 @default.
- W4282018313 cites W2523627870 @default.
- W4282018313 cites W2563655247 @default.
- W4282018313 cites W2747180501 @default.
- W4282018313 cites W2748286290 @default.
- W4282018313 cites W2792805301 @default.
- W4282018313 cites W2900430600 @default.
- W4282018313 cites W2964155959 @default.
- W4282018313 cites W2978556994 @default.
- W4282018313 cites W2982939571 @default.
- W4282018313 cites W3086837397 @default.
- W4282018313 cites W3098769928 @default.
- W4282018313 cites W3099078577 @default.
- W4282018313 cites W3102216525 @default.
- W4282018313 cites W3166092085 @default.
- W4282018313 cites W3186981184 @default.
- W4282018313 cites W3196855385 @default.
- W4282018313 cites W4237318462 @default.
- W4282018313 doi "https://doi.org/10.1103/physrevlett.128.237402" @default.
- W4282018313 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35749201" @default.
- W4282018313 hasPublicationYear "2022" @default.
- W4282018313 type Work @default.
- W4282018313 citedByCount "3" @default.
- W4282018313 countsByYear W42820183132022 @default.
- W4282018313 countsByYear W42820183132023 @default.
- W4282018313 crossrefType "journal-article" @default.
- W4282018313 hasAuthorship W4282018313A5010795782 @default.
- W4282018313 hasAuthorship W4282018313A5042306870 @default.
- W4282018313 hasAuthorship W4282018313A5042814845 @default.
- W4282018313 hasAuthorship W4282018313A5051879690 @default.
- W4282018313 hasAuthorship W4282018313A5052651738 @default.
- W4282018313 hasAuthorship W4282018313A5053936686 @default.
- W4282018313 hasAuthorship W4282018313A5087699961 @default.
- W4282018313 hasBestOaLocation W42820183132 @default.
- W4282018313 hasConcept C121099081 @default.
- W4282018313 hasConcept C121332964 @default.
- W4282018313 hasConcept C12843 @default.
- W4282018313 hasConcept C130725296 @default.
- W4282018313 hasConcept C131584629 @default.
- W4282018313 hasConcept C134306372 @default.
- W4282018313 hasConcept C139676723 @default.
- W4282018313 hasConcept C140820882 @default.
- W4282018313 hasConcept C153294291 @default.
- W4282018313 hasConcept C158622935 @default.