A comprehensive design framework for all-dielectric metasurface by harnessing the interplay of controlled multiple multipoles excitation, Rayleigh anomaly, Mie, and lattice resonances

Key Points

• This research aims to establish a design framework for all-dielectric metasurfaces that effectively manipulates electromagnetic multipoles.
• Utilized a comprehensive approach to design all-dielectric metasurfaces
• Investigated the interplay of multiple multipole excitation, Rayleigh anomalies, and higher-order resonances.
• Analyzed the impact of structural scaling in photonic applications.
• Successfully developed a framework that enhances light-matter interactions via controlled multipole excitation.
• Achieved precise manipulation of light across various structural scales.
• Demonstrated significant improvements in multifunctionality for photonics technologies.