Recent theoretical and experimental work on photonic crystal slabs is reviewed. Theoretical developments include a guided-mode expansion formulation for calculating photnoic mode dispersion and diffraction losses, the effects of disorder-induced scattering, and the theory of coupling between radiation and matter. Experimental results obtained on Silicon-based systems consist of spectroscopy of photonic modes by means of angle-resolved reflectance and attenuated total reflectance, waveguide transmission, and enhancement of emission in active structures.
Theory and optical properties of photonic crystal slabs
ANDREANI, LUCIO;GALLI, MATTEO;AGIO, MARIO;BAJONI, DANIELE;BELOTTI, MICHELE;GERACE, DARIO;GUIZZETTI, GIORGIO;LISCIDINI, MARCO;PATRINI, MADDALENA;POLITI, ALBERTO
2007-01-01
Abstract
Recent theoretical and experimental work on photonic crystal slabs is reviewed. Theoretical developments include a guided-mode expansion formulation for calculating photnoic mode dispersion and diffraction losses, the effects of disorder-induced scattering, and the theory of coupling between radiation and matter. Experimental results obtained on Silicon-based systems consist of spectroscopy of photonic modes by means of angle-resolved reflectance and attenuated total reflectance, waveguide transmission, and enhancement of emission in active structures.File in questo prodotto:
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