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The study aims to explore the formation of pure quartic solitons in Kerr resonators under continuous wave pumping.

Quartic dissipative solitons in optical Kerr cavities

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The study aims to explore the formation of pure quartic solitons in Kerr resonators under continuous wave pumping.
Employed Lagrangian variational method to derive soliton expressions.
Validated analytical predictions with numerical simulations.
Analysis applies to both fiber-based and spatial Kerr resonators.
Quartic solitons exhibit a Gaussian envelope, outperforming typical DKS in bandwidth capabilities.
PQS shows flatter spectral envelope compared to DKS of similar pulse width and peak power.

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Randomized trial shows advantages of quartic dissipative solitons in frequency comb applications, highlighting improved bandwidth.

Taheri et al. (2019) studied this question.

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