Graphene Sensors Might Just Revolutionize Low Light Shooting.

I tried skateboarding a couple of times in my younger days, never really got the hang of it though. However, there are many other options than getting around New York City on a skateboard. I usually ride my fixed gear bicycle (fixie) to work or just around the city on adventures. Although many people do not film fixie riders I have been around some of my friends that ride BMX style bikes that do get filmed. It is usually difficult for the person who is filming the tricks of the BMX rider or the skateboarded. Some of the difficulties of filming that usually are recurring is the lighting of the outside or inside space. Graphene is opening the door to better low-light photos in the form of an image sensor that can catch light 1,000 times better than traditional sensors. Oh, and it uses 10 times less energy, too.

To think that we have affordable digital cinema cameras in the present day that blow away the digital cameras that were being used in Hollywood eight years ago is bordering on absurd. Not only that, but technology is progressing at such a rate that everything is nearly outdated the moment it hits the market. According to Gizmag, scientists at Nanyang Technical University in Singapore have been working on a new graphene-based sensor which, they say, will be upwards of 1000 times more sensitive to light than existing CMOS (complementary metal–oxide–semiconductor) and CCD (charge-coupled device) sensors.

By trapping and holding light-generated electron particles for far longer than most sensors, the graphene version can take much clearer pictures with much less light. So it has the potential to be used in any type of camera including infrared cameras, traffic speeding cameras, and satellite imaging, to name just a few. What do you guys think? Are graphene-sensors the technology of the future? Will they open up some new creative medium? Are they even necessary now that we have cameras that are already fantastic in low light?

If you guys are interested in learning more about graphene check out my blog.

 

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