Researchers developed a type of infrared photodiode that is 35% more responsive at 1.55 m, the key wavelength for telecommunications, compared to other germanium-based components.

According to a study published in the journal Light: Science & Applications, the photodiode has been created using Germanium instead of the commonly used Indium,Gallium, and Arsenide. Germanium offers ...

New germanium-based infrared photodiodes from Aalto University show 35 % greater responsiveness at 1.55 µm, promising ...

Most infrared photodiodes are made of InGaAs, a material that is neither CMOS compatible nor good for the environment. Here’s ...

Revolutionary photon-avalanching nanosensors have been developed by researchers at Columbia Engineering, promising to ...

One of the reasons I like the Dynamic Island is because it's not just dead space, and it's also not all screen. Instead, the ...

The infrared cameras can detect hidden water leaks or moisture that causes mold growth. Evaporation is a natural cooling ...

Are these smartphone sensors essential for enhancing user experience, or are they merely flashy add-ons that inflate costs ...

For optics, the OnePlus Ace 5 Pro and OnePlus Ace 5 have an identical triple rear camera setup led by a 50-megapixel primary ...

Top Aces, the world’s only commercial operator of F-16s for adversary air training, is revolutionizing pilot preparation with ...

Abstract: This study introduces a novel algorithm that combines a custom-developed capacitive proximity sensor with LiDAR. This integration targets the limitations of using single-sensor systems for ...