Ultraprecision machining of crystalline microresonators achieves systematic dispersion engineering that produces coherent broadband frequency combs with suppressed spatial mode interactions.
Theoretical approach on the critical depth of cut of sin- gle crystal MgF 2 and application to a microcavity
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Systematic dispersion engineering of crystalline microresonators for broadband and coherent frequency comb generation
Ultraprecision machining of crystalline microresonators achieves systematic dispersion engineering that produces coherent broadband frequency combs with suppressed spatial mode interactions.