J. Mouette

TL;DR: In this article, it is shown that interaction of radiative and guided modes through a photonic crystal, especially under conditions where the latter correspond to extrema of the dispersion characteristics, results in resonance phenomena, which can be used practically for the development of new classes of devices.

TL;DR: Graphite-lattice photonic crystal structures in InP-based heterostructures transferred onto silicon, including a multi-quantum well active layer, have been designed and fabricated as discussed by the authors.

TL;DR: In this article, the optical modes of a photonic-crystal microcavity containing quantum wells were mapped and spectroscopy was performed using a near-field optical probe to reveal the imprint of the cavity mode structure on the quantum-well emission.

TL;DR: The direct, room-temperature, near-field mapping and spectroscopy of the optical modes of a photonic-crystal microcavity containing quantum wells are reported and the strong spatial and spectral dependence of the coupling between the sources and the microc Cavity is demonstrated.

TL;DR: In this article, the authors demonstrate the great potential of III-V semiconductor -membrane photonic devices, with a special emphasis on InP and related materials in the prospect of new developments in the field of micro-nano-photonics.