High-index contrast/photonic crystal gratings: a wealth of new photonic functionality

Pierre Viktorovitch; Xavier Letartre; Badhise Ben Bakir; Sylvie Menezo

doi:10.1117/12.2042728

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19 February 2014 High-index contrast/photonic crystal gratings: a wealth of new photonic functionality

Pierre Viktorovitch; Xavier Letartre; Badhise Ben Bakir; Sylvie Menezo

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Proceedings Volume 8995, High Contrast Metastructures III; 899503 (2014) https://doi.org/10.1117/12.2042728
Event: SPIE OPTO, 2014, San Francisco, California, United States

Abstract

High index contrast / Photonic Crystal membrane (HCG/PCM) resonators can be exploited to perform an arbitrarily adjustable molding of light at the wavelength scale: they can process free-space as well as wave-guided optical modes along a variety of addressing configurations and transfer functions, where the spectral, spatial, polarization, phase, group delay… characteristics can be resolved accurately and adjusted at will. The physics of HCG resonators will be revisited based on a simple analytical approach and intuitive arguments, thus providing direct routes for design rules. Specifically, such desired functionalities as wavelength tuning and beam steering will be emphasized. Practical implementation of these functionalities will be presented in the case of VCSEL devices, where silicon HCG/PCM resonators are used as reflectors and are heterogeneously integrated with III-V semiconductor gain material, along a CMOS compatible technological approach.

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Pierre Viktorovitch, Xavier Letartre, Badhise Ben Bakir, and Sylvie Menezo "High-index contrast/photonic crystal gratings: a wealth of new photonic functionality", Proc. SPIE 8995, High Contrast Metastructures III, 899503 (19 February 2014); https://doi.org/10.1117/12.2042728

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