Matches in SemOpenAlex for { <https://semopenalex.org/work/W3193514483> ?p ?o ?g. }
- W3193514483 endingPage "3611" @default.
- W3193514483 startingPage "3599" @default.
- W3193514483 abstract "Abstract Historically, nanophotonics deals with a control of light at the nanoscale being closely connected with the rapid advances in plasmonics – the physics of surface plasmon polaritons supported by metal–dielectric interfaces. Properly engineered nanostructures allow the subwavelength propagation of light and its strong confinement in nanowaveguides and nanocavities, making possible the field enhancement and lasing. Spaser was suggested as a special type of nanolaser with a very small footprint that can be modulated quickly thus becoming a good candidate for on-chip optical data processing. However, recent developments in the physics of high-index dielectric nanoparticles and resonant dielectric metasurfaces allowed to advance the field of nanophotonics and introduce novel nonplasmonic nanostructures and nanolasers empowered by topology and interference effects. Here we present first some examples of experimentally realized spasers, and then discuss the recent developments in the cutting-edge high-index dielectric nanostructures employed for nonplasmonic nanolasers based on Mie resonances, anapole states, bound states in the continuum, and the physics of topological phases." @default.
- W3193514483 created "2021-08-30" @default.
- W3193514483 creator A5011801372 @default.
- W3193514483 creator A5023574266 @default.
- W3193514483 creator A5043349389 @default.
- W3193514483 creator A5063737759 @default.
- W3193514483 creator A5069077331 @default.
- W3193514483 date "2021-08-19" @default.
- W3193514483 modified "2023-10-11" @default.
- W3193514483 title "Novel non-plasmonic nanolasers empowered by topology and interference effects" @default.
- W3193514483 cites W1188636983 @default.
- W3193514483 cites W1972744361 @default.
- W3193514483 cites W1975340384 @default.
- W3193514483 cites W1984251057 @default.
- W3193514483 cites W1987693322 @default.
- W3193514483 cites W1987750004 @default.
- W3193514483 cites W1996047842 @default.
- W3193514483 cites W2004468469 @default.
- W3193514483 cites W2006492109 @default.
- W3193514483 cites W2007421284 @default.
- W3193514483 cites W2020332193 @default.
- W3193514483 cites W2048524175 @default.
- W3193514483 cites W2064720431 @default.
- W3193514483 cites W2066495918 @default.
- W3193514483 cites W2075932914 @default.
- W3193514483 cites W2093382802 @default.
- W3193514483 cites W2100509611 @default.
- W3193514483 cites W2102074887 @default.
- W3193514483 cites W2102731194 @default.
- W3193514483 cites W2107301384 @default.
- W3193514483 cites W2149202050 @default.
- W3193514483 cites W2213664571 @default.
- W3193514483 cites W2494235437 @default.
- W3193514483 cites W2623311435 @default.
- W3193514483 cites W2770907417 @default.
- W3193514483 cites W2782892900 @default.
- W3193514483 cites W2787598276 @default.
- W3193514483 cites W2795835319 @default.
- W3193514483 cites W2797089609 @default.
- W3193514483 cites W2891069831 @default.
- W3193514483 cites W2904129943 @default.
- W3193514483 cites W2954751913 @default.
- W3193514483 cites W2981799001 @default.
- W3193514483 cites W2996323467 @default.
- W3193514483 cites W2998663116 @default.
- W3193514483 cites W2999950615 @default.
- W3193514483 cites W3006831735 @default.
- W3193514483 cites W3027240801 @default.
- W3193514483 cites W3028984787 @default.
- W3193514483 cites W3030379896 @default.
- W3193514483 cites W3037809508 @default.
- W3193514483 cites W3038673036 @default.
- W3193514483 cites W3039234953 @default.
- W3193514483 cites W3042556107 @default.
- W3193514483 cites W3087426093 @default.
- W3193514483 cites W3095087424 @default.
- W3193514483 cites W3100406103 @default.
- W3193514483 cites W3105033939 @default.
- W3193514483 cites W3105297232 @default.
- W3193514483 cites W3106289302 @default.
- W3193514483 cites W3121146045 @default.
- W3193514483 cites W3122907594 @default.
- W3193514483 cites W3124439551 @default.
- W3193514483 cites W3127551882 @default.
- W3193514483 cites W3137360043 @default.
- W3193514483 cites W3145004686 @default.
- W3193514483 cites W3159121240 @default.
- W3193514483 cites W3181002240 @default.
- W3193514483 cites W3186597624 @default.
- W3193514483 cites W4211161891 @default.
- W3193514483 cites W4231764333 @default.
- W3193514483 cites W4236965194 @default.
- W3193514483 cites W4251770033 @default.
- W3193514483 doi "https://doi.org/10.1515/nanoph-2021-0265" @default.
- W3193514483 hasPublicationYear "2021" @default.
- W3193514483 type Work @default.
- W3193514483 sameAs 3193514483 @default.
- W3193514483 citedByCount "10" @default.
- W3193514483 countsByYear W31935144832021 @default.
- W3193514483 countsByYear W31935144832022 @default.
- W3193514483 countsByYear W31935144832023 @default.
- W3193514483 crossrefType "journal-article" @default.
- W3193514483 hasAuthorship W3193514483A5011801372 @default.
- W3193514483 hasAuthorship W3193514483A5023574266 @default.
- W3193514483 hasAuthorship W3193514483A5043349389 @default.
- W3193514483 hasAuthorship W3193514483A5063737759 @default.
- W3193514483 hasAuthorship W3193514483A5069077331 @default.
- W3193514483 hasBestOaLocation W31935144831 @default.
- W3193514483 hasConcept C110879396 @default.
- W3193514483 hasConcept C114614502 @default.
- W3193514483 hasConcept C120665830 @default.
- W3193514483 hasConcept C121332964 @default.
- W3193514483 hasConcept C133386390 @default.
- W3193514483 hasConcept C184720557 @default.
- W3193514483 hasConcept C186187911 @default.
- W3193514483 hasConcept C27289702 @default.
- W3193514483 hasConcept C2778613005 @default.
- W3193514483 hasConcept C33923547 @default.