Somebody made a ‘digicam’ that may shoot at two billion frames per second

Brian Haidet, a scientist creating movies on YouTube underneath the deal with AlphaPhoenix, confirmed off a digicam in a brand new video that can capture footage of a laser pointer on the pace of sunshine. The digicam is an replace on a earlier design that might seize footage at one billion frames per second, but it surely comes with a significant caveat: it might solely shoot one pixel at a time.

Haidet’s digicam is made out of a gimbal-mounted mirror, two tubes, a easy lens, a light-weight sensor and a few Python code to tie all of it collectively. Pointed at a laser pointer, the digicam’s in a position to seize a beam of sunshine at two billion frames per second, displaying it easily touring between mirrors, with speeds that adjust relying on the place the digicam is in relation to the laser pointer. “Mild strikes about six inches, or 15 centimeters, per body of this video,” Haidet says. “This beam of sunshine is touring on the Universe’s pace restrict. Mild in any reference body won’t ever transfer any quicker or any slower than this pace.”

Whereas it is theoretically doable to create a extra conventional digicam that may seize footage at two billion frames per second, as Haidet explains, you’ll be able to’t do it with the instruments most individuals have of their storage. His resolution was to seize one pixel at a time, after which tile that footage collectively to create one thing viewable. In keeping with Haidet, “if all these movies are synchronized and we take many, many, many, one pixel movies, we will tile these movies subsequent to one another and play all of them again at the very same second and provides one thing that appears like a video.”

Whereas it isn’t the identical factor as a real two billion frames-per-second digicam, “that is only a considerably costlier approach to do it,” Haidet says, “and it actually would not get us any higher of a outcome.”