Matches in SemOpenAlex for { <https://semopenalex.org/work/W2782892900> ?p ?o ?g. }
- W2782892900 endingPage "753" @default.
- W2782892900 startingPage "747" @default.
- W2782892900 abstract "Concentrating light at the deep subwavelength scale by utilizing plasmonic effects has been reported in various optoelectronic devices with intriguing phenomena and functionality. Plasmonic waveguides with a planar structure exhibit a two-dimensional degree of freedom for the surface plasmon; the degree of freedom can be further reduced by utilizing metallic nanostructures or nanoparticles for surface plasmon resonance. Reduction leads to different lightwave confinement capabilities, which can be utilized to construct plasmonic nanolaser cavities. However, most theoretical and experimental research efforts have focused on planar surface plasmon polariton (SPP) nanolasers. In this study, we combined nanometallic structures intersecting with ZnO nanowires and realized the first laser emission based on pseudowedge SPP waveguides. Relative to current plasmonic nanolasers, the pseudowedge plasmonic lasers reported in our study exhibit extremely small mode volumes, high group indices, high spontaneous emission factors, and high Purell factors beneficial for the strong interaction between light and matter. Furthermore, we demonstrated that compact plasmonic laser arrays can be constructed, which could benefit integrated plasmonic circuits." @default.
- W2782892900 created "2018-01-26" @default.
- W2782892900 creator A5001790909 @default.
- W2782892900 creator A5002065744 @default.
- W2782892900 creator A5011080177 @default.
- W2782892900 creator A5011367607 @default.
- W2782892900 creator A5014402041 @default.
- W2782892900 creator A5029640048 @default.
- W2782892900 creator A5032017128 @default.
- W2782892900 creator A5032626271 @default.
- W2782892900 creator A5060362995 @default.
- W2782892900 creator A5061787271 @default.
- W2782892900 creator A5067793643 @default.
- W2782892900 creator A5071457432 @default.
- W2782892900 date "2018-01-16" @default.
- W2782892900 modified "2023-10-18" @default.
- W2782892900 title "Ultracompact Pseudowedge Plasmonic Lasers and Laser Arrays" @default.
- W2782892900 cites W1612088912 @default.
- W2782892900 cites W1964987415 @default.
- W2782892900 cites W1967652077 @default.
- W2782892900 cites W1969418911 @default.
- W2782892900 cites W1972213150 @default.
- W2782892900 cites W1972744361 @default.
- W2782892900 cites W1973714168 @default.
- W2782892900 cites W1984251057 @default.
- W2782892900 cites W1984557213 @default.
- W2782892900 cites W2004468469 @default.
- W2782892900 cites W2005236913 @default.
- W2782892900 cites W2007395754 @default.
- W2782892900 cites W2025864484 @default.
- W2782892900 cites W2029931302 @default.
- W2782892900 cites W2041133068 @default.
- W2782892900 cites W2045471749 @default.
- W2782892900 cites W2047386154 @default.
- W2782892900 cites W2048524175 @default.
- W2782892900 cites W2061969508 @default.
- W2782892900 cites W2069683786 @default.
- W2782892900 cites W2073657685 @default.
- W2782892900 cites W2075932914 @default.
- W2782892900 cites W2082555094 @default.
- W2782892900 cites W2087572685 @default.
- W2782892900 cites W2090399125 @default.
- W2782892900 cites W2095502561 @default.
- W2782892900 cites W2099651741 @default.
- W2782892900 cites W2100509611 @default.
- W2782892900 cites W2107301384 @default.
- W2782892900 cites W2110284880 @default.
- W2782892900 cites W2110696248 @default.
- W2782892900 cites W2119645153 @default.
- W2782892900 cites W2121830147 @default.
- W2782892900 cites W2123343298 @default.
- W2782892900 cites W2134923522 @default.
- W2782892900 cites W2139516501 @default.
- W2782892900 cites W2142269155 @default.
- W2782892900 cites W2151706197 @default.
- W2782892900 cites W2160341575 @default.
- W2782892900 cites W2160865971 @default.
- W2782892900 cites W2163861557 @default.
- W2782892900 cites W2165991417 @default.
- W2782892900 cites W2168735631 @default.
- W2782892900 cites W2221589099 @default.
- W2782892900 cites W2337465486 @default.
- W2782892900 cites W2341270923 @default.
- W2782892900 cites W2460109079 @default.
- W2782892900 cites W2563350889 @default.
- W2782892900 cites W2564420250 @default.
- W2782892900 cites W2565634829 @default.
- W2782892900 cites W2963418375 @default.
- W2782892900 cites W3037558250 @default.
- W2782892900 cites W4236965194 @default.
- W2782892900 cites W4256681254 @default.
- W2782892900 doi "https://doi.org/10.1021/acs.nanolett.7b03956" @default.
- W2782892900 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29320208" @default.
- W2782892900 hasPublicationYear "2018" @default.
- W2782892900 type Work @default.
- W2782892900 sameAs 2782892900 @default.
- W2782892900 citedByCount "49" @default.
- W2782892900 countsByYear W27828929002018 @default.
- W2782892900 countsByYear W27828929002019 @default.
- W2782892900 countsByYear W27828929002020 @default.
- W2782892900 countsByYear W27828929002021 @default.
- W2782892900 countsByYear W27828929002022 @default.
- W2782892900 countsByYear W27828929002023 @default.
- W2782892900 crossrefType "journal-article" @default.
- W2782892900 hasAuthorship W2782892900A5001790909 @default.
- W2782892900 hasAuthorship W2782892900A5002065744 @default.
- W2782892900 hasAuthorship W2782892900A5011080177 @default.
- W2782892900 hasAuthorship W2782892900A5011367607 @default.
- W2782892900 hasAuthorship W2782892900A5014402041 @default.
- W2782892900 hasAuthorship W2782892900A5029640048 @default.
- W2782892900 hasAuthorship W2782892900A5032017128 @default.
- W2782892900 hasAuthorship W2782892900A5032626271 @default.
- W2782892900 hasAuthorship W2782892900A5060362995 @default.
- W2782892900 hasAuthorship W2782892900A5061787271 @default.
- W2782892900 hasAuthorship W2782892900A5067793643 @default.
- W2782892900 hasAuthorship W2782892900A5071457432 @default.
- W2782892900 hasConcept C106847996 @default.
- W2782892900 hasConcept C110879396 @default.