Abstract
Through a suitable design, the intricate nature of multiple photon scattering in a nano-patterned structure is described by the archetypal model of the quantum harmonic oscillator. An effective harmonic potential confines the light in spectrally equi-spaced resonances with Hermite-Gauss envelopes. Extremely strong nonlinear interactions and ultra-low power threshold for parametric oscillation are predicted, owing to the very small size of the resonator. (Picture: Sylvain Combrié et al., article number 1700099, in this issue)
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