MIT Scien sts Have Developed a new Kind of Camera —from a Crab

MIT Scientists Have Developed a new Kind of Camera — from a Crab

By Elissaveta M. Brandon

FOR DECADES, traditional cameras worked very much like the human eye: the cornea served as the lens cover, the iris and pupil became the aperture, and the lens became, well, the camera lens. But human vision has its limits, so the next generation of camera makers may have to look a little further for inspiration.

Scientists have developed an artifi cial eye inspired by the fi ddler crab (the crab with the single huge claw). Compared to a pair of human eyes, which together can see about 180 degrees, the fi ddler crab has an almost 360-degree fi eld of view. It also can see on both land and water. When translated into a machine, this could mean more versatile cameras for self-driving cars and drones, both of which can become untrustworthy in the rain.

The vision system was recently published in the journal Nature Electronics and developed by a team of researchers from MIT’s Computer Science and Artifi cial Intelligence Laboratory, the Gwangju Institute of Science and Technology, and the Seoul National University in Korea.

Designers look to nature for inspiration frequently: From furry moths to krill to elephants, animals have inspired design innovations like acoustic wallpaper, energy-saving windows, and cooler building facades. And while nature-inspired cameras aren’t a new innovation either (in 2020, a fi sh eye inspired another wide fi eld-of-view camera), amphibian solutions have been hard to come by.

Here, scientists took to the fi ddler crab because of its compound eye. Unlike the human eye, which can only look in one direction at a time, compound eyes are akin to having lots of little eyes looking in diff erent directions at the same time (a useful weapon when you’re a crab trying to survive on wide open tidal beaches). Many insects have compound eyes, but Gil Ju Lee, one of the study authors, explains that what makes fi ddler crabs so special is they can see both on land and underwater. The key lies in the fl at surface of

the microlenses that make up the crab’s eye, which maintain their focal length, and thereby their focus, regardless of how water scatters light through the lens.

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The artifi cial eye, which resembles a little black ball, works much like the fi ddler crab’s eye: it too uses a fl at lens to refract natural light in way that works above and below water, along with an array of photodiodes that mimic the crab’s photoreceptors. For now, it has a very low resolution of 256 pixels (compared to 12 million pixels in an iPhone 13 camera), and it takes about 30 minutes to take a photograph. But at 2 centimeters and only a few grams, it’s compact, lightweight, and uses little power.

In other words, if the scientists manage to

improve the resolution, drone deliveries and self-driving cars could get a lot more effi cient

in the rain.

https://www.fastcompany.com/90777528/mitscientists-have-developed-a-new-kind-of-camerafrom-a-crab Image credit: marinelifeofmumbai.in