Must Read Rumors

Prince Harry calls Duchess Kate the ‘big sister he never had’

The royal recently made a sweet revelation about his sister-in-law.

Duchess Kate’s next engagement scheduled at Victoria and Albert Museum

Prince William’s wife is set to visit the Victoria and Albert Museum in London next week.

Duchess Kate isn’t pregnant with baby no.3, despite report

A new rumor has surfaced, claiming that the royal couple is expecting their third child.

Meghan Markle avoids Prince Harry questions at ATX panel

Meghan Markle was faced with the question that everyone is curious about.

Kate Middleton and Prince William to embark on royal tour of Poland and Germany

The Duke and Duchess of Cambridge, née Kate Middleton, have announced an official visit to the two countries in July.

Prince Harry calls Duchess Kate the ‘big sister he never had’
Duchess Kate’s next engagement scheduled at Victoria and Albert Museum
Duchess Kate isn’t pregnant with baby no.3, despite report
Meghan Markle avoids Prince Harry questions at ATX panel
Kate Middleton and Prince William to embark on royal tour of Poland and Germany

MIT builds camera that capture the speed of light in slow motion

by Nicole
December 13, 2011 at 5:41 pm

Researchers at the Massachusetts Institute of Technology have created a camera that captures 1 trillion frames per second.

The device can track the movement of individual packets of light, or photons, so fast that you can visualize the propagation of light.

“We have built a virtual slow motion camera where we can see photons, or light particles through space,” says Associate Professor Ramesh Raskar in an interview.

“Photons travel about a million times photons travel a million times faster than bullets. So our camera can see photons, or bullets of light traveling through space.”

In order to perform the experiment, the scientists used a streak camera, which is normally used to measure the intensity and duration of light.

By modifying the equipment, the researchers managed to create slow-motion movies.

The technique used cameras and mirrors to build these slow motion clips that track the lights movement across a scene. A laser pulse was shut as a flash and the light was recorded at about 1 trillion FPS.

The experiment thus had to be replicated hundreds of times.

The technology can be applied in medical imaging, materials science, as well as chemical analysis.

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