A new platform based on dispersion-managed silicon nitride microresonators operates at an 89 GHz repetition rate. Schematic inset shows SEM images of the ring-shaped microresonator, and zoomed-in views of the waveguide structure and the coupling gap. (IMAGE)

SPIE--International Society for Optics and Photonics

A new platform based on dispersion-managed silicon nitride microresonators operates at an 89 GHz repetition rate. Schematic inset shows SEM images of the ring-shaped microresonator, and zoomed-in views of the waveguide structure and the coupling gap.

Caption

A new platform based on dispersion-managed silicon nitride microresonators operates at an 89 GHz repetition rate. Schematic inset shows SEM images of the ring-shaped microresonator, and zoomed-in views of the waveguide structure and the coupling gap. 

Credit

W. Wang, W. Liu, H. Liu, et al., doi: 10.1117/1.APN.4.3.036011.

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