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Award ID contains: 1709991

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  1. ; ; (, Applied Physics Letters)
    Full Text Available 
  2. ; ; ; ; (, 2021 Fifteenth International Congress on Artificial Materials for Novel Wave Phenomena, New York, USA, September 2021)
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  3. ; ; ; (, Applied Physics Letters)
    null (Ed.)
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  4. ; (, Proc. SPIE, vol. 11769, Metamaterials XIII conference, 117690K, April 2021)
    Kuzmiak, Vladimír; Markos, Peter; Szoplik, Tomasz (Ed.)
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  5. ; ; (, Journal of Applied Physics)
    null (Ed.)
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  6. ; (, 2021 CLEO Conference, Fundamental Sciences, OSA, May 2021.)
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  7. ; (, 2020 Fourteenth International Congress on Artificial Materials for Novel Wave Phenomena (Metamaterials), New York, USA, October 2020)
    null (Ed.)
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  8. ; ; ; (, 7th Advanced Electromagnetics Symposium, Lisbon, Portugal)
    Densely packed metasurfaces composed of cylindrical silicon nano-resonators were found to demonstrate the phenomenon of electromagnetically induced transparency at electric dipolar resonances. It was shown that this phenomenon is not related to overlapping of dipolar resonances or to the Kerker’s effects. The observed transparency appeared to be related to interference between waves scattered by nano-resonators and by additional scattering centers including the electric branch of lattice resonances. Coupled resonance fields were also found to contribute to observed phenomena. 
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  9. ; ; ; (, Journal of Applied Physics)
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  10. ; ; ; ; (, IEEE Photonics Journal)
    Metasurfaces composed of cylindrical dielectric resonators, responding either in optical or microwave ranges, are investigated with the goal of clarifying common features of their electromagnetic responses and their transformations at variations of array lattice constants and resonator heights. It is found that occurrence of dipolar electric resonances in dense metasurfaces is accompanied by full transmission without relation to overlapping of two dipolar resonances. Since electric resonances in dense metasurfaces experience strong coupling, these structures could not be considered as homogenized media of identical meta-atoms. We demonstrate the possibility of scaling metasurfaces, in order to substitute challenging optical experiments by experiments at microwaves. 
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