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Systematic multi-hole tuning of H0 nanocavity with theoretical Q of ∼107 is reported that outperforms L3 and other a-few-missing-hole nanocavities over a wide slab-thickness range. Experimental Q of ∼106 is achieved.
We developed a method for calculating the Q-factor of a 2D photonic crystal nanocavity directly from the in-plane wavevector distribution of the cavity mode. A high-Q of >107 was obtained with high accuracy and speed.
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