Add to ORKGAbstract—We simulate a 33 % quantum efficiency, 240 aF germanium photodiode coupled directly to a silicon waveguide. The variation of geometric parameters barely degrades the performance, showing promise for future fabrication. Keywords-nanophotodetector; germanium photodetector; silicon photonics I
International audienceOn-chip light detection is universally regarded as a key functionality that en...
A silicon photonic microresonator comprising two curved vertical grating couplers and a single suspe...
A compact 1.6x10 mu m(2) germanium pin waveguide photodetector was demonstrated on a Silicon-on-Insu...
International audienceOwing to its low-cost, high-yield, and dense integration ability, silicon nano...
Thesis: S.M., Massachusetts Institute of Technology, Department of Electrical Engineering and Comput...
International audienceNear-infrared germanium (Ge) photodetectors monolithically integrated on top o...
International audienceOptical interconnects are promising alternatives to copper-based wirings in on...
International audienceNear-infrared (near-IR) Germanium (Ge) photodetectors monolithically integrate...
Compact germanium waveguide photodetector with 40Gbps bandwidth and 0.4A/W responsivity is demonstra...
International audienceHetero-structured silicon-germanium-silicon photodetectors operating under low...
Gu, TingyiPhotonics is a branch of science which deals with the manipulation of light (“photons”) an...
As the demand for cheaper and faster computing continues to increase, the semiconductor industry has...
We experimentally demonstrate an on-chip compact and simple to fabricate silicon Schottky photodetec...
Through Moore’s law, it has been observed that, in every two years, the number of transistors in a d...
d f sel s, n-ga tod ion 2 Principle and device design measurable photocurrent under 5 pW of optical ...
International audienceOn-chip light detection is universally regarded as a key functionality that en...
A silicon photonic microresonator comprising two curved vertical grating couplers and a single suspe...
A compact 1.6x10 mu m(2) germanium pin waveguide photodetector was demonstrated on a Silicon-on-Insu...
International audienceOwing to its low-cost, high-yield, and dense integration ability, silicon nano...
Thesis: S.M., Massachusetts Institute of Technology, Department of Electrical Engineering and Comput...
International audienceNear-infrared germanium (Ge) photodetectors monolithically integrated on top o...
International audienceOptical interconnects are promising alternatives to copper-based wirings in on...
International audienceNear-infrared (near-IR) Germanium (Ge) photodetectors monolithically integrate...
Compact germanium waveguide photodetector with 40Gbps bandwidth and 0.4A/W responsivity is demonstra...
International audienceHetero-structured silicon-germanium-silicon photodetectors operating under low...
Gu, TingyiPhotonics is a branch of science which deals with the manipulation of light (“photons”) an...
As the demand for cheaper and faster computing continues to increase, the semiconductor industry has...
We experimentally demonstrate an on-chip compact and simple to fabricate silicon Schottky photodetec...
Through Moore’s law, it has been observed that, in every two years, the number of transistors in a d...
d f sel s, n-ga tod ion 2 Principle and device design measurable photocurrent under 5 pW of optical ...
International audienceOn-chip light detection is universally regarded as a key functionality that en...
A silicon photonic microresonator comprising two curved vertical grating couplers and a single suspe...
A compact 1.6x10 mu m(2) germanium pin waveguide photodetector was demonstrated on a Silicon-on-Insu...