Titlebook: Engineering the Atom-Photon Interaction; Controlling Fundamen Ana Predojevi?,Morgan W. Mitchell Book 2015 Springer International Publishing

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Engineering of Quantum Dot Photon Sources via Electro-elastic Fieldse emission properties of single quantum dots. The resulting electro-elastic fields allow for control of emission and binding energies, charge states, and energy level splittings and are suitable to correct for the quantum dot structural asymmetries that usually prevent these semiconductor nanostruct

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Single Semiconductor Quantum Dots in Microcavities: Bright Sources of Indistinguishable Photonsity of single photons in resonance fluorescence excitation conditions, which underlines the superiority of this excitation scheme to create photon wave packets close to the Fourier limit. As a first step towards the realization of solid state quantum networks based on quantum dot single photon sourc

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https://doi.org/10.1007/978-1-349-94186-5central optical element of a free-space coupling scheme, covering the preparation of suitable modes of the field incident onto these mirrors as well as the location of an atom at the mirror’s focus. Furthermore, we establish a robust method for determining the efficiency of the photon-atom coupling.

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https://doi.org/10.1057/978-1-349-95943-3erimental efforts to control the process of single photon absorption by single trapped ions. We describe a series of experiments in which polarization entangled photon pairs, generated by a spontaneous parametric down-conversion source, are coupled to a single ion. First the source is operated to ge

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ity of single photons in resonance fluorescence excitation conditions, which underlines the superiority of this excitation scheme to create photon wave packets close to the Fourier limit. As a first step towards the realization of solid state quantum networks based on quantum dot single photon sourc

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Cavity Induced Interfacing of Atoms and Light aforementioned emission process to use a coupled atom-cavity system as a quantum memory. Along the line, we also discuss the performance and characterisation of cavity photons in elementary linear-optics arrangements with single beam splitters for quantum-homodyne measurements.

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