Program
Optical Science & Engineering
College
Engineering
Student Level
Doctoral
Location
Student Union Building, Ballroom C
Start Date
8-11-2021 11:00 AM
End Date
8-11-2021 1:00 PM
Abstract
Fano resonances and Rabi splitting in the spectral response of the scattering parameters are analyzed for a periodic array of binary nanoantennas. It is shown that tuning the refractive index of the dielectric scatterer defines whether identical or mismatched resonances are excited in the array. The studies of nanoelectrode array which can serve as a general guideline in designing plasmonic nanostructures with nanoelectrodes injecting hot electrons into an aqueous environment is presented. The research also involves the investigation of metastructures made up of CMOS-compatible materials and featuring losses comparable to those in metastructures utilizing noble metals.
Dominic's Poster
Optical Responses of Layered Nanostructures
Student Union Building, Ballroom C
Fano resonances and Rabi splitting in the spectral response of the scattering parameters are analyzed for a periodic array of binary nanoantennas. It is shown that tuning the refractive index of the dielectric scatterer defines whether identical or mismatched resonances are excited in the array. The studies of nanoelectrode array which can serve as a general guideline in designing plasmonic nanostructures with nanoelectrodes injecting hot electrons into an aqueous environment is presented. The research also involves the investigation of metastructures made up of CMOS-compatible materials and featuring losses comparable to those in metastructures utilizing noble metals.
