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We review nanophotonic device technology that is based on fundamental photonic resonance effects. We present the physics behind resonance device operation, illustrate their design with rigorous methods, discuss fabrication processes, and present results of physical and spectral characterization. We indicate the application potential of this field, discuss some past device examples, and provide new...
A guided-mode resonant filter is designed and fabricated to externally lock a GaN blue laser diode. The structure has polarization selectivity and angular tolerance to help optimize the output from the cavity.
We present experimental evidence of the rapid exchange of diffracted power between the reflected zero-order wave and a substrate wave across a small angular range. This effect enables resonant devices we call Rayleigh reflectors.
A mid-infrared guided-mode resonance based reflector was designed, fabricated and tested for applications at 2.94µm. The proposed polarization insensitive devices were fabricated using a quartz/hafnium dioxide system.
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