Dispersion in photonic crystals

Abstract: Investigations on the dispersive properties of photonic crystals, modified scattering in ring-resonators, monolithic integration of vertical-cavity surface-emitting lasers and advanced data processing techniques for the finite-difference time-domain method are presented.Photonic crystals are periodic mesoscopic arrays of scatterers that modify

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Integrated Photonics for High Speed Optical Interconnects and Biosensing Applications

Summary: Intensive research efforts and investments from both academia and industry have resulted, during the last decade, in rapid progress of Photonic Integrated Circuits (PICs) based on Silicon technology (“Silicon Photonics”). As key benefits, this technology enables the integration of

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Ultra-high-Q inverted silica microtoroid resonators monolithically integrated into a silicon photonics platform

Summary: This work reports on the design, fabrication and the optical characterization of a new singular type of microtoroid high-quality silica resonator, which is monolithically coupled to on-chip silicon nanowire waveguides. In order to enable monolithic waveguide coupling, the microtoroid

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