Position- and polarization-resolved reflectivity on inverse woodpile silicon crystals can distinguish a complete 3D photonic band gap from a directional stop gap via stopband width trends and an s-versus-p width plot.
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Experimental probe of a complete 3D photonic band gap
Position- and polarization-resolved reflectivity on inverse woodpile silicon crystals can distinguish a complete 3D photonic band gap from a directional stop gap via stopband width trends and an s-versus-p width plot.