Add to ORKGWe demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated using 200 mm wafer scale III-V/SOI technology enabling very dense integration of lasers and detectors for optical interconnect circuits
Integrating III-V materials on Si is a promising candidate to realize both passive and active optica...
Integrating III-V materials on Si is a promising candidate to realize both passive and active optica...
Abstract—We critically assess recent progress in the integra-tion of near-infrared photodetectors on...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
As the demand for bandwidth increases, optical interconnects are coming closer and closer to the chi...
As the demand for bandwidth increases, optical interconnects are coming closer and closer to the chi...
Integrated components, including microdisk lasers, photodetectors, and wavelength selective circuits...
Integrated components, including microdisk lasers, photodetectors, and wavelength selective circuits...
We present a compact optical interconnect on a silicon-on-insulator platform consisting of a directl...
Integrated components, including microdisk lasers, photodetectors, and wavelength selective circuits...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer ...
Integrating III-V materials on Si is a promising candidate to realize both passive and active optica...
Integrating III-V materials on Si is a promising candidate to realize both passive and active optica...
Abstract—We critically assess recent progress in the integra-tion of near-infrared photodetectors on...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
We demonstrate efficient photodetectors on top of a laser epitaxial structure completely fabricated ...
As the demand for bandwidth increases, optical interconnects are coming closer and closer to the chi...
As the demand for bandwidth increases, optical interconnects are coming closer and closer to the chi...
Integrated components, including microdisk lasers, photodetectors, and wavelength selective circuits...
Integrated components, including microdisk lasers, photodetectors, and wavelength selective circuits...
We present a compact optical interconnect on a silicon-on-insulator platform consisting of a directl...
Integrated components, including microdisk lasers, photodetectors, and wavelength selective circuits...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer ...
Integrating III-V materials on Si is a promising candidate to realize both passive and active optica...
Integrating III-V materials on Si is a promising candidate to realize both passive and active optica...
Abstract—We critically assess recent progress in the integra-tion of near-infrared photodetectors on...