We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstrated a chip-to-fiber coupling efficiency of 56%, which makes them an attractive building block for on-wafer testing and dense optical interconnects
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
\u3cp\u3eWe developed a novel buried metal grating coupler for membrane platforms. We experimentally...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
\u3cp\u3eWe developed a novel buried metal grating coupler for membrane platforms. We experimentally...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We present the design of a metal grating coupler compatible with membrane photonic circuit platforms...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...
We propose a novel metal grating coupler compatible with membrane-based integrated photonics with co...