World's Fastest Camera Uses Lasers to Boost Images

Illustration for article titled Worlds Fastest Camera Uses Lasers to Boost Images

Keisuke Goda's team at UCLA have built the fastest camera ever, which takes an upwards of a whopping 6.1 million pictures per second, at a shutter speed of 440 trillionths of a second.


Possibly the most frustrating part of photography is the age-old trade off between light sensitivity and speed. Using a fast shutter speed means less light enters the camera, usually leading to underexposed, dingy images. However, by using new Serial Time-Encoded Amplified Microscopy (STEAM) technology, scientists have overcome these limitations.

The STEAM camera illuminates objects with an infrared laser that emits a different wavelength for each pixel captured. The camera's sensor then electronically amplifies the original, dim signal with a matching wavelength until it becomes visible.


Compared to the multi-million-pixel images produced by standard digital cameras, the current STEAM prototype only produces images composed of just 3,000 pixels. Yet there is a multi-megapixel camera in the works that the scientists hope will be competitive against consumer cameras. [WiredThanks Mark!]

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3000 pixel resolution is an image 60 pixels by 50 pixels. 0.003 Megapixels.

Woo Hoo - 6 million frames per second windows icons!

Nothing to see here. Please move on. (And the UCLA team should be ashamed for even admitting to such crapulance!)