Ge-on-glass photodetectors is fabricated by wafer bonding and layer splitting, followed by the epitaxial growth of pn structures. The detectors exhibit a remarkably low dark current density of 50 mu A/cm(2) at 1 V reverse bias and responsivities as high as 0.33 and 0.43 A/W at 1.52 and 1.3 mu m, respectively. This approach can be readily extended to other substrates, enabling the integration of Ge on different platforms
We investigate and characterize p-i-n near-infrared photodiodes fabricated in Ge-on-Si by reduced-pr...
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
We review near-infrared detectors in germanium grown on silicon. We discuss pn and pin photodiodes b...
Ge-on-glass photodetectors is fabricated by wafer bonding and layer splitting, followed by the epita...
We report oil novel pn Ge photodetectors fabricated oil glass The fabrication consists of wafer bond...
Using layer transfer and wafer bonding followed by epitaxial regrowth, we design, realize, and chara...
We demonstrate near-infrared Ge-on-Si photodiodes designed to minimize the dark current density and ...
We review our recent results on Ge-based near-infrared photodetectors grown on silicon. We fabricate...
We review our recent results on Ge-based near-infrared photodetectors grown on silicon. We fabricate...
The authors demonstrate near infrared photodetectors in evaporated germanium on silicon-on-insulator...
We report on the state of the art of near infrared photodetectors based on germanium on silicon. Aft...
We investigate and characterize p-i-n near-infrared photodiodes fabricated in Ge-on-Si by reduced-pr...
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
We review near-infrared detectors in germanium grown on silicon. We discuss pn and pin photodiodes b...
Ge-on-glass photodetectors is fabricated by wafer bonding and layer splitting, followed by the epita...
We report oil novel pn Ge photodetectors fabricated oil glass The fabrication consists of wafer bond...
Using layer transfer and wafer bonding followed by epitaxial regrowth, we design, realize, and chara...
We demonstrate near-infrared Ge-on-Si photodiodes designed to minimize the dark current density and ...
We review our recent results on Ge-based near-infrared photodetectors grown on silicon. We fabricate...
We review our recent results on Ge-based near-infrared photodetectors grown on silicon. We fabricate...
The authors demonstrate near infrared photodetectors in evaporated germanium on silicon-on-insulator...
We report on the state of the art of near infrared photodetectors based on germanium on silicon. Aft...
We investigate and characterize p-i-n near-infrared photodiodes fabricated in Ge-on-Si by reduced-pr...
Germanium is considered the most suitable semiconductor for monolithic integration of near-infrared ...
We review near-infrared detectors in germanium grown on silicon. We discuss pn and pin photodiodes b...