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Topology optimization of multi-track ring resonators and 2D microcavities for nonlinear frequency conversion.
Optics Letters 2017 July 16
We exploit recently developed topology-optimization techniques to design complex, wavelength-scale resonators for enhancing various nonlinear χ<sup>(2)</sup> and χ<sup>(3)</sup> frequency conversion processes. In particular, we demonstrate aperiodic, multi-track ring resonators and two-dimensional slab microcavities exhibiting long lifetimes Q≳10<sup>4</sup>, small modal volumes V≳(λ/2n)<sup>3</sup>, and among the largest nonlinear overlaps (a generalization of phase matching in large-etalon waveguides) possible, paving the way for efficient, compact, and wide-bandwdith integrated nonlinear devices.
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