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Professor Wang said: “When developing this sensor, we keep our current production practices in mind. This means that the industry can continue to use the CMOS process in principle (this is also the technology widely used in most electronics industries.) Continue Production of camera sensors, and manufacturers can easily replace existing base materials with our nanomaterial sensors."
This newly developed sensor will have the opportunity to be used in many related devices such as infrared photography, speeding photos, satellite maps and many more. The research team is working to develop it into a commercial product.
Graphene photosensitive element developed successfully
Abstract We are not the first to hear about the powerful functions of graphene. Whether it's acting on paint, environmental pollution control, developing headphones, etc., this material can appear in almost any area we can think of. This time, it has taken its own advantages in the photo collar...
We have not heard about the powerful functions of graphene. Whether it's acting on paint, environmental pollution control, developing headphones, etc., this material can appear in almost any area we can think of. This time, it has taken its own advantages into the field of photography. Wang Qijie, an assistant professor at Nanyang Technological University in Singapore, and his research team have carefully developed a graphene sensor. This sensor is capable of detecting broad-spectrum light, capturing and holding light-generating electron particles for longer than most sensors, capturing light by 1000 times more powerfully than conventional sensors, and dissipating energy by a factor of 10;