Antenna model for metasurface-assisted enhancement of light-matter interaction
… Abstract: This work applies the antenna formalism to a system formed by a single quantum
emitter and a metasurface. The goal is to design topology-optimized metasurfaces to extract
light from quantum emitters embedded in dielectric materials. … The control over the
emission directionality of photons from quantum emitters is an important challenge in experiments
involving light-matter interactions. For solid state emitters, this control is commonly achieved
through fabrication of photonic structures, such as microlenses, circular gratings, or …
emitter and a metasurface. The goal is to design topology-optimized metasurfaces to extract
light from quantum emitters embedded in dielectric materials. … The control over the
emission directionality of photons from quantum emitters is an important challenge in experiments
involving light-matter interactions. For solid state emitters, this control is commonly achieved
through fabrication of photonic structures, such as microlenses, circular gratings, or …
Abstract
This work applies the antenna formalism to a system formed by a single quantum emitter and a metasurface. The goal is to design topology-optimized metasurfaces to extract light from quantum emitters embedded in dielectric materials.
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