<Godly> 1,000,000,000,000 Frames/Second Photography

MoonRaver

Active Member
Was just browsing around youtube and came across this. Nothing short of spectacular.

[video=youtube;SoHeWgLvlXI]http://www.youtube.com/watch?v=SoHeWgLvlXI[/video]
 

Doer

Well-Known Member
Anyone that still thinks that Uncertainty effect examples are micro-scale only, should see this. It is another very clear result on Maco Qunatum effects.
 

fb360

Active Member
Was just browsing around youtube and came across this. Nothing short of spectacular.

[video=youtube;SoHeWgLvlXI]http://www.youtube.com/watch?v=SoHeWgLvlXI[/video]
Fuck yeah this is awesome. I bet that camera is one of a kind and worth several millions if not more...

I've seen scientists do the exact same thing with light (minus the coke bottle), but using frozen air, at just a few billionths of a degree above 0 Kelvin. I wonder how sick it would be to combine the techniques.

e; they should capture some maryj with this camera; how awesome would that be.

I'd also like to see them capture the electrons moving through the 14nm transistors we design circuits with, that would be spectacular.
 

ginjawarrior

Well-Known Member
I've seen scientists do the exact same thing with light (minus the coke bottle), but using frozen air, at just a few billionths of a degree above 0 Kelvin. I wonder how sick it would be to combine the techniques.
i think your talking about bose einstien condensate
[youtube]EK6HxdUQm5s[/youtube]
while it looks similar its a completely different thing
 

fb360

Active Member
i think your talking about bose einstien condensate
[youtube]EK6HxdUQm5s[/youtube]
while it looks similar its a completely different thing
Could be. It was a brief video demonstrating that light could be slowed to the point of being visible to humans.
 

cannabineer

Ursus marijanus
I am bothered by the salesmanship of calling one trillionth of a second (by definition a picosecond) "several femtoseconds". Where I grew up, a thousand was way, way more than several. cn
 

guy incognito

Well-Known Member
I am bothered by the salesmanship of calling one trillionth of a second (by definition a picosecond) "several femtoseconds". Where I grew up, a thousand was way, way more than several. cn
not only is it in the picosecond range, but its 3.335 picoseconds. or 3,335 (a few) femtoseconds.
 

VILEPLUME

Well-Known Member
So if the camera can take photos faster than light travelling, does that mean a car can be made with the same components to travel faster than light?
 

Dr. Greenhorn

Well-Known Member
teahupoo, tahiti... caught on phantom camera
[video=youtube;7woVTuN8k3c]http://www.youtube.com/watch?v=7woVTuN8k3c[/video]
 

cannabineer

Ursus marijanus
So if the camera can take photos faster than light travelling, does that mean a car can be made with the same components to travel faster than light?
It can't. It can only record incident light, which moves <cough!> as fast as youknow. The speed effect is an artifact of the imaging process. cn
 

fb360

Active Member
So if the camera can take photos faster than light travelling, does that mean a car can be made with the same components to travel faster than light?
The camera isn't taking pictures faster than the speed of light. Rather, the shutter is snapping pics quick enough so that we can relatively slow light enough to visually watch it move.

This camera didn't break the speed barrier of the speed of light, and is actually only taking pics every several thousand femto seconds as already stated.
 
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