… with the description of the interaction of light with micro/nanoresonators via their resonant
modes, in a … The interaction of light with electromagnetic resonators fundamentally relies on the …

… on plasmonic NP lattices and photoactive materials for controlling light–matter interactions
… First, we introduce the principles of obtaining ultrasharp SLR resonances in plasmonic NP …

… In summary, we propose to achieve the coherent light-matter interaction by engineering …
interaction, we find that the microcavity enhances the coherent radiation of the dipolar plasmonic …

… excited by the corresponding resonant wavelength of light, have attracted … light-matter
interactions. [ 1 ] These unique properties empower transformation and manipulation of photonics, …

… view of the photon at the core of every light–matter interaction. In this new picture, the photon
can have greatly … Such photonic quasiparticles enable a wealth of otherwise unobservable …

… Moreover, hybridizing WGMs and plasmonic resonances in compact photonic–plasmonic …
and the plasmonic resonance [50, 51]. In addition to all these, photonic–plasmonic structures …

… is detuned from resonance due to a simple reason: One must couple light into the acetylene
to probe its response. Clearly, as we detune away from the plasmonic resonance, no light is …

… communication and information processing. In recent years, great strides have been achieved
in fabrication of single-photon plasmonic … of photon energy due to their resonant interaction…

… peculiar capability of the photonic and plasmonic resonant structure of strongly enhancing …
light-matter interaction. The smart combination of photonic resonant structures and plasmonic …

… , even neglecting intrinsic plasmonic and photonic losses. The … photonic confinement can
dramatically change the nature of the light–matter system as the narrow polaritonic resonances …