Experiment at -196°C, Ferrofluid in Quantum Levitation | Magnetic Games

With the use of liquid nitrogen, which has a temperature of -196 °,the YBCO compound is cooled to become a superconductor, and a superconductor placed in a magnetic field has amazing behaviors. Ferrofluid alone cannot levitate on a superconductor, but if we cover a magnet it seems to levitate because it completely covers the magnet.

Other levitating magnets


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All ways to have fun with magnets.

The magnetism has always intrigued me. The strength of the magnets is scientifically explainable but there's something "magical" about its interaction with the world. My Channel offers you curious experiments and fun games to do with magnets.

Experiment at -196°C, Ferrofluid in Quantum Levitation | Magnetic Games

Magnetic Games

#magneticgames #ferrofluid #quantumphysics

[vlastasusak]

You can try to explain it as much as you want, but in reality it's just a bug. The developers of the simulation just didn't expect us to deep freeze weird hockey pucks and mess around with them with magnets

[OneBiasedOpinion]

The fact that people can play around with quantum locking at home with a somewhat-reasonable amount of expense is a good indicator of how close we are to actually utilizing this technology for a whole new generation of mechanical innovation.

[SupraSav]

I did not think it would ride the track upside down.. fascinating.

[dhruvdixit]

His monthly liquid nitrogen bill would be more than his monthly electricity bill

[MrRezRising]

Most creative way to make me hit the 'thumbs up' button all month! That reflection was awesome.

[shenghu]

Thanks for this impressive video! Especially when the magnetic field was made visible was so amazing! 😀👍

[WilliamRedfield]

Well then outer space has to be a superconductor because of it's lower temperature. So not only is it a medium of perfect electrical system it also explains gravity/magnetic field of planets. If you consider the liquid nitrogen cooled puck as any planetoid in the universe, then space travel could be as simple as make spacecraft that has a core engine of structure that equals the magnetic field exhibited by the neodymium magnets displayed in this experiment.

🥂

[seceargasm]

Mr Magneto by far the most amazing video. Kudos!

[AuditAmplifier]

This stuff never gets old... I want to understand it more deeply than it's currently understood.

[E]

Man, if that experiment didn't require some harsh conditions, I'd like to just have that sitting on my shelf for all to see as a cool science display.

[malta]

I would love watching more Ferrofluid on differently shaped magnets. The cylindrical one would be cool. Great work on this stuff!

[kalebwilliams]

This is one of the coolest things I’ve ever seen I didn’t know you could do that

[OmegaZZ]

Very beautiful demonstrations, thank you!

[dhruvdixit]

Now at this point I think that he has an endless supply of liquid nitrogen 🤣🤣

[monsieur_piyushsingh]

That ferrofluid looks mesmerizing. Wish I could've it as a screensaver

[emacy]

This is cool but still just another of man discovering fire. Now that we now magnetic fields are a thing can you make the object push or pull at will?😎

[a]

Я как дикарь, который увидел зеркальце. Воистину мир гораздо интереснее чем нам кажется!

[brogers_]

I like that no one has stated yet how brilliant this is, because it shows us the actual shape of the pressure from the superconducting.,

[ThompPL]

3:21 . . . Best part of this video demo shows good liquid mirror behavior in areas below Rosensweig Instability Limit.

[RomanZerstoren]

Чёрная левитирующая жидкость выглядит просто супер мега офигенно!