Degenerate squeezing in a dual-pumped integrated microresonator: parasitic processes and their suppression

Abstract

Using a general Hamiltonian treatment, we theoretically study the generation of degenerate quadrature squeezing in a dual-pumped integrated microring resonator coupled to a waveguide. Considering a dual-pump four-wave mixing configuration in an integrated ${\text{Si}}_3{\text{N}}_4$ platform, and following the coupled-mode theory approach, we investigate the effects of parasitic quantum nonlinear optical processes on the generation of squeezed light. Considering five resonance modes in this approach allows us to include the most important four-wave mixing processes involved in such a configuration. We theoretically explore the effects of the pump detunings on different nonlinear processes and show that the effects of some of the parasitic processes are effectively neutralized by symmetrically detuning the two pumps. This yields a significant enhancement in the output squeezing quality without physically changing the structure, but suffers from the trade-off of requiring substantially higher pump power for a fixed target level of squeezing.

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• Hidden quantum correlations in cavity-based quantum optics
• Photon triplets from integrated microrings: A path towards deterministic non-Gaussianity on a chip
• Efficient quadrature-squeezing from biexcitonic parametric gain in atomically thin semiconductors