This research aims to explore how complex-frequency excitations affect resonant scattering and coupling in photonic systems.
Examined the effects of complex-frequency excitations on scattering dynamics.
Analyzed coupling mechanisms in resonant systems.
Investigated applications in photonics, imaging, and quantum devices.
Revealed hidden structures that influence resonant scattering.
Demonstrated improved coupling in photonic setups.
Identified potential applications in advanced imaging and quantum hardware.
Abstract
Complex-frequency excitations provide access to a “hidden” structure that governs resonant scattering and coupling, with applications in photonics, metasurfaces, imaging and quantum hardware.