Superfluidity of Ultracold Matter - Wolfgang Ketterle 

LaLakrs Yes, it is. I find another video, but is too old and it isn´t good. guava.physics.uiuc.edu/~nigel/courses/569/video/

why? do think that is

+Ray Charles I'm talking about this video: guava.physics.uiuc.edu/~nigel/courses/569/video/

True. But I'm not surprised that a person who received a Noble Price for his work on Bose-Einstein condensates can explain the entire shebang in 10 minutes. What a brilliant man.

Still true after 3 years

we INDIAN have known this for thousands of years ago,

it would run back up your throat and start coating your entire body, and probably suffocate you,

Helium-4 consists of two protons, two neutrons and two electrons. They are all in pairs and hence a boson

@@faiselbutt2944 He4 should be a dimer.

You are thinking about the EPR paradox where entangled particles are separated by large distances in order to test whether measuring one's quantum state affects the other.

Yes they are

the vaccum is a superfluid. notice how in a vacuum, the momentum of movement is maintained, just like in superfluids. this is also the reason why you can not ever reach absolute zero. the particle is just a standing wave, so removing its movement would be to make the particle just vacuum again. Notice how mathematically, particles are supposed to disappear when they reach absolute zero. this property is in itself proof of particles being purely mechanical superfluidic vacuum waves. and dark matter is just unstable vaccum waves becoming matter for a short duration. they lock into each other and produce gravity, being are not stable. its really the same thing as zero point or vaccuum energy, its just electromagnetic vaccum waves with wave lengths that can not form stable matter.