New camera takes 1 trillion frames per second.

It takes a lot to impress me, really, a lot.
But during this video my jaw just kept dropping and dropping.

A camera recoding a 1 trillion frames per second. It is literally able to record light as it moves along - at the speed of, well... light. ;)

Have a look here: Femto Camera at WIMP

Just imagine what kind of wonderous images this camera could record if implemented into the HLC at CERN....

4,176 views 8 replies
Reply #1 Top

Hmmm...sure, why not ;)

Reply #2 Top

absolutely stunning

wonder if coca cola sponsored a little for this project...but the video is a nice find thanks Snowman

Reply #3 Top

Quoting Roloccolor, reply 2
absolutely stunning

wonder if coca cola sponsored a little for this project...but the video is a nice find thanks Snowman
End of Roloccolor's quote

Not according to the presenter. ;)
And yes, it is quite mindblowing how far technology has progressed just the past few years.

Ps: Credit for finding this goes to Xiandi and sharing it on Facebook.

Reply #4 Top

Interestingly, I was just reading about the timing in Olympic events. Using high speed digital imaging combined with computer processing, the accuracy of timing finishes has gone to the millionth of a second... crazy.

Femtophotography was first described in 2010... and I read about it last year and saw the tomato video then and was stunned.

It's absolutely amazing to actually see in our limited time frame, with our limited senses, the effects Einstein predicted with his mathematics.

All this and I still can't take a decent picture. :(

Reply #5 Top

To actually see a photon in motion.....wowser!

Reply #6 Top

I'm wondering if astronomers could use this somehow too. It seems to have a lot of possibilities.

Reply #7 Top

Very cool...thanks for sharing. :thumbsup:

Reply #8 Top

Revolutionary :thumbsup:

 

Quoting Xiandi, reply 6
I'm wondering if astronomers could use this somehow too. It seems to have a lot of possibilities.
End of Xiandi's quote

Same thing I was thinking. More accurately determine wobble, red shift and a whole bunch of other things.