Titlebook: Quantum Plasmonics; Sergey I. Bozhevolnyi,Luis Martin-Moreno,Francisco Book 2017 Springer International Publishing Switzerland 2017 plasmo

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Quadrature-Squeezed Light from Emitters in Optical Nanostructures,-the-art in its detection and generation is briefly reviewed, placing special emphasis on resonance fluorescence from single emitters. We show how nanostructures allow tailoring the generation of squeezed light from a two-level emitter and from two emitters that interact through the nanoarchitecture

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Coupling of Quantum Emitters to Plasmonic Nanoguides,es, plasmonic waveguides, beyond the diffraction limit. This remarkable capability has unique prospects for the design of highly integrated photonic signal-processing systems. Due to strong mode confinement, quantum emitters located in plasmonic waveguides feature enhanced emission rates, with the e

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Plasmon Particle Array Lasers,uted feedback lasers. In this chapter, we discuss recent theoretical and experimental results describing the electromagnetic properties of these structures. Particularly, we investigate bandgap topology versus detuning between the plasmonic and Bragg resonances. We examine the complex dispersion rel

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Antenna-Coupled Tunnel Junctions,cent demonstrations of light emitting optical antennas driven by quantum tunneling. A general outlook on promising research directions towards efficient, electrically driven, nanoscale light emitters is given.