We propose a novel metal grating coupler compatible with membrane-based integrated photonics with coupling efficiency as high as 89%. The device performance is independent from the underlying layer stack, enabling its use in diverse applications.</p
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 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 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 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...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...
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 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 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...
We developed a novel buried metal grating coupler for membrane platforms. We experimentally demonstr...