MIT’s 1 trillion FPS camera can capture light in motion

Slightly misleading. The light/laser is pulsed very quickly and a snapshot is taken each time, but timing is offset by a trillionth of a second for each pulse.

Outstanding

that's not one light wave though, they shot light waves at the tomato millions of times and just always got the next image exactly right....

Light is so weird. The double-slit experiment took me down a weird rabbit-hole and now I think im dumber.

Yeah integrate it to my phone already

I’m genuinely confused as to how we will see this video in 60 FPS devices ?

@grok is this true?

good information wow! 1 trillion FPS camera can capture light in motion

We should be using it to capture ghosts......since ghosts move fast

All these videos seem like a hoax. How is it possible that the light reaches the camera first, even though it's farther away than the supposed path of the light?

Wish they would quit saying this and say what is actually happening... which is amazing in itself!

@TyrantsMuse how does one engineer 1T FPS?

Keep going

Wow!!

God’s creation is awe inspiring!

masterpiece

A camera that can literally see light moving, that’s next-level science

@grok is this true

Bullshit

Try this

Lmfao!!!! Light is a reaction to when +/- combines. Its not physical.

🧐

@grok that means that the machine is faster then light?

@grok how far light travels in 1 second?

Wow

Retards. I didn’t hear anything that you wouldn’t conclude just by thinking about it. Just some fancy gimmick bought by other people’s money.

You still don't see light.....You see the effect light has!!

No freaking way 🤯

How does the tech work?

el que sostiene la bombilla tendría que estar un año en esa posición..!