Vertically integrated optical clock on adhesively bonded silicon nanomembrane

Yang Zhang,Xiaochuan Xu,David Kwong,John Covey,Amir Hosseini,Ray T Chen

San Diego, CA（2014）

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Abstract

A vertically integrated grating-coupled 1-to-32 H-tree optical clock is experimentally demonstrated on adhesively bonded silicon nanomembrane. This optical clock has an excess loss of 2.2dB, a uniformity of 0.72dB, and a broad transmission spectrum.

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Key words

diffraction gratings,integrated optics,light transmission,nanophotonics,optical couplers,optical design techniques,optical fabrication,silicon,si,adhesively bonded silicon nanomembrane,broad transmission spectrum,loss 0.72 db,loss 2.2 db,vertically integrated grating-h-tree optical clock coupling,vertically integrated optical clock,optical clock,silicon nanomembrane,vertical integration,optical waveguides

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