Abstract
Frequency comb generation in microring resonators has been intensively studied in the last decade. Frequency combs have applications in precision measuments and optical signal processing. The discrete nature of whispering gallery modes allows microresonators to be natural candidates for frequency comb generation. However, dispersive effects avoid homogeneous spacing between frequency comb lines and for that reason they need to be balanced. Thus, it is essential to generate optical solitons which are, by definition, a result of a balance between the dispersive and nonlinear properties of a resonator.
© 2019 IEEE
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