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

[@imir8atu321]

Thanks!

[@MagneticGamesIT]

thank you very much :)

[@CazadorReal]

Wow

[@user-EARROR]

Why wasting money

[@Sphendrana]

it's called being grateful and giving a tip.

[@imir8atu321]

@@Sphendrana yes it is

[@vlastasusak5673]

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

[@iillegally]

There are no bugs in the universe.

[@vlastasusak5673]

@@iillegally Actually, there are reportedly over 10 quintillion estimated bugs, and that's just on earth. Who knows how many more could be scuttling about in the far reaches of the universe

[@dominicdudebromtl9380]

@@vlastasusak5673 you dont actually believe that do you?

[@MilieuHostile]

Hope they never patch it!☝️🫠

[@chrisscala4221]

@@dominicdudebromtl9380 he spoke the absolute, factual truth. There are an estimated 10 quintillion bugs on Earth alone. Google it. You'll become a believer too.

[@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.

[@ameunier41]

Maglev in Japan

[@MalleusSemperVictor]

I don't think that's necessarily true. Scale is an issue. Some scientific phenomenon will always be relegated to a novelty.

[@mbrsart]

@@ameunier41 maglev is a different tech. Electromagnets instead of superconductors.

[@BabyYoda5555]

Incorrect. The amount of energy expended to supercool the base components far exceeds any energy gain you would get from reduced friction. This is nothing new. 100 years ago humans were playing with this pseudoscience. And 100 years from now our ancestors will be doing exactly the same thing. No closer to breaking the laws of physics than we are.

[@JJBerthume]

@@MalleusSemperVictor Why?

[@SupraSav]

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

[@dhruvdixit8090]

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

[@allworlddifferenttopicshor3227]

I think he is a billionaire as he wastes such amount of money

[@LineOfThy]

@@allworlddifferenttopicshor3227 billionaire? LOL

[@Zarincos]

Liquid nitrogen is actually quite cheap because it's a byproduct of making liquid helium, which is very expensive.

[@kwhp1507]

Could you imagine his electric bill if he created his own liquid nitrogen

[@tarlneustaedter]

LN2 is cheaper than beer . . .

[@fromjavatohaskell909]

3:59 subtle way to ask for "like this video" 😂

[@AuditAmplifier]

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

[@E71]

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.

[@monsieur_piyushsingh]

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

[@TheBeanPole420]

So in theory if you made these structures in space they would be cold enough that you wouldnt need the liquid nitrogen right? Could make a magna rail and accellerate a sattelite to 99.9% lightspeed with something big enough

[@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.,

[@ErikBrabander]

Wow that black stuff with the round magnet is straight out of some sci-fi movie 😎👍🏻.

[@WilliamRedfield1528]

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. 🥂

[@kalebwilliams5920]

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

[@damysticalone87]

Everything you see in such videos (except "ferro") has been initiated and therefore invented by me! They have read, copied and stolen all of that (except "ferro") from me! I soon will make videos and go to police with cameras to get all my inventions, its patentrights and money back!

[@adamjosef5323]

@@damysticalone87ur weird bro

[@damysticalone87]

If / When you have money, health or "natural" catastrophe / disaster problems or if / when you are somehow affected by traffic accidents, traffic jams at some point, somewhen, anytime, somewhere, anywhere, then think of me, share my posts and my pages!

[@damysticalone87]

Care off and care of the trolls about / to my comments!

[@MASSKA]

@@adamjosef5323 yeah, he is crazy

[@dhruvdixit8090]

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

[@hipposheep]

Liquid nitrogen is actually very cheap

[@_Cfocus]

@@hipposheep where do you buy it?

[@hipposheep]

@@_Cfocus You can get it from a lot of places, like industrial labs or hardware stores that sell materials, but honestly liquid nitrogen is probably obtainable even through private retailers like amazon, the only issue would be that you would have to be able to store it once purchased. I don't buy chemicals for use at home or anything, but I can access most of what I need in my university's labs.

[@dsdy1205]

​@@hipposheep It's about as expensive as milk isn't it?

[@TheFarmacySeedsNetwork]

Awesome demonstrations! Thanks!

[@damysticalone87]

Everything you see in such videos (except "ferro") has been initiated and therefore invented by me! They have read, copied and stolen all of that (except "ferro") from me! I soon will make videos and go to police with cameras to get all my inventions, its patentrights and money back!

[@shenghu6651]

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

[@MrRezRising]

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

[@OmegaZZ111]

Very beautiful demonstrations, thank you!

[@Nisaba57]

This whole video is so alien, it barely registers as strange when the fluid starts pouring sideways...

[@a130772]

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

[@archive8080]

This is absolute magic. Science fiction. We need more classes teaching why this occurs.

[@oliviersac1]

I say that politely but its not magic or science fiction. You can search for supraconductors and find out.

[@ianyboo]

"Quantum physics is not 'weird'. You are weird. You have the absolutely bizarre idea that reality ought to consist of little billiard balls bopping around, when in fact reality is a perfectly normal cloud of complex amplitude in configuration space. This is your problem, not reality's, and you are the one who needs to change." -Eliezer Yudkowsky

[@medinachete73]

@@ianyboo But... but... they DO bop around too!!

[@damysticalone87]

Everything you see in such videos (except "ferro") has been initiated and therefore invented by me! They have read, copied and stolen all of that (except "ferro") from me! I soon will make videos and go to police with cameras to get all my inventions, its patentrights and money back!

[@petergerdes1094]

@@ianyboohile there is nothing per se weird about wave functions the measurement problem makes it weird. And while a many minds interpretation may ultimately prove to be an answer to actually make that work you need more than handwaving about how experience supervenes on the Hilbert space.

[@malta7406]

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

[@vapormissile]

If we get to play "I would love" then I would love 500 gallons of it and all the magnets & electromagnets, and probably Hydraulic Press guy, and slowmo guys & I guess I'd love a reactor and vacuum chambers. I'm sure there's more. edit, love all the comments

[@ThompPL1]

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!

[@chen7151]

The great pyramids are known to have a highly reflective white coating. We also know that metals have reflective properties. I believe much more in a technological theory of transporting stones as seen in the video, than using tree trunk and wicker rope.

[@crimpinurpimpin]

That ferrofluid looks like Venom from Marvel. Cool stuff. Literally.

[@СергейБолдин-в9м]

Hey, this is finally rotation without friction! If we remove air and put a superconductor in thermos, it will be rotating forever. Also levitrones do rotation without friction. But this is not as useful as this.

[@ChrisTheWeak]

It's not frictionless. It's just very low friction.

[@WaveOfDestiny]

Wouldn't eddy currents happen, slowing it down and heating it up?

[@SineEyed]

It was fun to see a superconductor, while seemingly defying gravity, still had the good sense to obey conservation of momentum.. 🤓

[@NightRunner417]

It's not exactly "levitation". It's more an entanglement in the field lines, a phenomenon called "quantum locking". Imagine invisible tracks that the superconductor locks into and you've got the right idea. That's why it's equally comfortable no matter what position you rotate the whole setup into.

[@nielsunnerup7099]

It's still levitation though.

[@NightRunner417]

@@nielsunnerup7099 I guess so technically whatever. I feel like the term is an insult to the reality of the mechanics of it. It implies that something is floating above a repulsive force when the actual mechanics is FAR cooler.

[@darcifilho5467]

I guess this explanation should be presented in the video l. It's more amazing than the magnetic levitation itself.

[@marklogsdon4735]

Pretty awesome. I don't think I blinked for 4.5 minutes.

[@pillepolle3122]

i like how smooth the surface is. its almost perfectly smooth

[@ChaossX77]

You'd think he'd say mkae sure to turn on the closed captions as he explains everything through them. Maybe he did and I just missed it. But either way make you guys have captions turned on.

[@evilsharkey8954]

We’ve all just accidentally learned what happens when you flash freeze ferrofluid on a magnet

[@-gg8342]

Coolest looking magnetic liquid stuff I have ever seen!

[@setoman1]

Cool eyecandy, but it’s neither quantum nor levitation 😂 It is a lot of fun to play with, but we use it to make a living. This effect reduces our production time from 10 hours, down to about 10 minutes. Involves ultra high vacuum, 9-stage cryocooling loop, precious metals, and superheated plasma. The science and engineering is interesting, but the failure modes 🎉 are nothing short of spectacular!

[@choiharlym9723]

물리덕후를 격하게 자극하는 자기부상 ♡

[@Drew_Hurst]

@Magnetic Games Thank You Fascinating video 🌬🕊💚

[@spacemonkey9000]

So could you design an system that created thrust with this concept? Say for propulsion?

[@OrderOfThePony]

I can see it right there, the smoke shooting out of it is making it float.

[@emacy7429]

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?😎

[@paulmichaelfreedman8334]

As you could see the magnetic field lines were constantly in motion causing a secondary field in the object. This field held the ferro fluid in place. My 2c on that, so I might be wrong.

[@roOmantik]

Интересно как эта система будет себя вести в вакууме? Как долго будет бегать магнит по кругу?

[@VodkaBalalaika1]

Не будет бегать, так как пара не будет

[@VodkaBalalaika1]

Всё работает только в земных условиях, если можно так сказать...

[@НиштякиотФанилича]

Неограниченно долго, пока нет какого-либо внешнего сопротивления

[@MagnetTricks]

What a great video with never seen setups!

[@ThunderboltWisdom]

Wow!...Wow!...Just WOW! Frozen magnetic field lines?! WOOOOOW!!🤪

[@Rochon_]

everyone watching this : hey that's pretty neat! me, getting ready for apex season 15 : •_• now build a wall with it. •_•

[@VCanisMajorisY]

Blowing a cold air source onto the moving Ferrofluid would be interesting to see what speeds it could reach also if it maintains shape.

[@tarassu]

Mark spinning magnets with a black marker or similar. Hard to see spin.

[@horus2779]

Have you tried the 4 magnet (NSNS) arrangement on ybco, the ybco would probably levitate evenly then, would be interesting to see what would happen with the magnet arrangement for pyrolytic graphite levitation 🤔🧐

[@MagneticGamesIT]

I had already prepared the magnets ... but I ran out of nitrogen ... I'll try it later

[@dhruvdixit8090]

@@MagneticGamesIT 😲😲😲😲😲

[@dhruvdixit8090]

I am jealous of him he has so many magnets and liquid nitrogen also ☹️☹️

[@hipposheep]

That's because liquid nitrogen is very cheap

[@bnsymons3437]

Would this be a principle that would be used in space because it would remain cold without liquid nitrogen?

[@tarassu]

Why ferrofluid flows from up to down. Or why waves move.

[@ReigBonjux]

Hey nice video! That ferrofluid movement in 3:49, is it residual like some kind of inertia, generated by the nitrogen gas moving or is the magnet field oscilating?

[@ThunderboltWisdom]

I think the magnet was spinning before he put on the fluid.

[@kevinburns8473]

My thought is the interaction between gravity and the magnetic force on the fluid. Rise and fall in a different way than we're used to seeing, maybe? Typically, ferro fluid is stuck on a stable surface, not levitated.

[@ALRS-r5u]

3:50 Враг в отражении))

[@DUKE_of_RAMBLE]

👌 👍 (.... just mimicking your reflection in the ferrofluid lol)

[@fredEVOIX]

I've seen that dark portal in event horizon it didn't end well ;)

[@gus473]

Fantastic! (And fantastic filming!) 3:20 Looks like candy making! 😎✌🏼

[@aaronhokanson6718]

What happens when you nitrogen cool your track of magnets too?

[@Johnwalter1044]

3:48 This is so weird to see. As if the magnetic fields are moving, so the ferrofluid follows the fields lines

[@BBC-QOS]

那個黑色黏液看起來滿噁心的 謝謝你拍片

[@Aerodave11]

is this the future of travel? looks very energy efficient, maybe not so efficient considering the cooling of that piece hmm 🧐

[@danebrennand]

If you were to utilise the cold vacuum of space though....

[@alexkei4009]

i`ve been waiting for you to loop that string and send pock to make circles. I wonder how long will it go.

[@MrMuha777]

Красиво и интересно.

[@ChaossX77]

Do magnets ever lose their magnetism or is that only something that isn't normally magnetic that's been magnetized?

[@masterkevkev]

I simply *LOVE* superconductors. If only we could get this feasibly, cheaply, in reality - for modes of transportation or basic household things. I'd love a perma-superconductor desk that has my keyboard and mouse on it :D ... No legs to hold it up ... although dealing with magnetism, it'd probably mess with the electronics themselves. 🥲

[@FStandsForFun]

Wooooo 1:53 when he made it upside down it got me fascinated

[@vulcan4d]

So hover cars are possible in deep space where it is very cold.

[@plotholedetective4166]

So what if you made a grid out if ycbo and magnets and then put that in a sleeve then froze it?

[@sleepy_onion4838]

Please throw more fluid on more shapes!

[@wearealldomed3565]

What if the sun and moon work the same way, using the antarctic circle to transverse the land mass.

[@klubnyachkov]

прям завораживает спасибо отличный контент, можешь купить букет цветов заморозить его в той жидкости и разбить его об стол, в тайм лапсе😁

[@inthem-a-king]

How the ferrofluid keep it's shape away from superconductor?

[@silentpj4993]

Best air hockey table ever

[@Mmouse_]

Why does the ferro seem to flow towards the superconductor when levitated above it? Does the quantum locking phenomena cause that?

[@Jeremy.Bearemy]

Gravity

[@Mmouse_]

@@Jeremy.Bearemy I have ferro, it doesn't behave that way on a magnet, it doesn't flow down due to gravity as the magnetic field is much stronger locally.

[@glenwaldrop8166]

@@Mmouse_ I think it has something to do with the superconductor being unstable. A stable magnetic field doesn't do that and it's permanent (more or less) while this one is temporary.

[@Mmouse_]

@@glenwaldrop8166 maybe... I'm "just" am electrical engineer so there's probably other stuff involved, like superconductors and zero resistance break things. Voltage = currant * resistance Current = voltage / resistance Resistance = voltage / currant Resistance = 0 So... Currant = voltage / 0 .... What? Edit: don't talk about ohms law whilst drunk on new years eve, you'll end up talking about fruit.

[@glenwaldrop8166]

@@Mmouse_ More likely this is just one of those points where our understanding or the math breaks down. Superconductors definitely do weird things. I think the math is based on how much force is required to send current through a conductor, if resistance is zero then it requires zero force... Fact is it is unstable though, otherwise there would be no movement in the ferro-fluid. Stable in this case would mean little to no observable change.

[@Lesminster]

A brief explanation of why this is happening would really improve this video. Still, very interesting.

[@MagneticGamesIT]

please turn on the subtitles

[@hotfightinghistory9224]

Is there any substance on earth that can both exist in a supercritical fluid state and also be superconductive while in that state? I need to fix my ship while its parked here and the drive blew out and my dad says I need to find this stuff here.

[@konstyantyngarkusha2733]

So could this be done without liquid nitrogen in space? Wonder if there are any useful applications of this concept out there

[@danebrennand]

Yes. This is just reverse UFO tech which is much more powerful (the conspiracy/leaks from the 90's talked about a special pearlescent fero fluid they couldn't reproduce)

[@joeshmoe6930]

Now we just need transportation that uses this mechanic.

[@thepowerfulkiller8474]

Strong enough to utilise earths magnetic field

[@perfolkesson7333]

Maglev

[@smearfo5612]

@@thepowerfulkiller8474 Thing is, that would also require earth's magnetic field to be strong, but relatively speaking, it's not. Earth's magnetic field measures in at about 0.00005 tesla, while even an average fridge magnet clocks in at 0.001 tesla.

[@damysticalone87]

Everything you see in such videos (except "ferro") has been initiated and therefore invented by me! They have read, copied and stolen all of that (except "ferro") from me! I soon will make videos and go to police with cameras to get all my inventions, its patentrights and money back!

[@smearfo5612]

@@damysticalone87 What? This is the Meissner Effect and was discovered in 1933.

[@undesirable2138]

The amount of research it would take to have a beginners level understanding of this title could be hardly any and I'll never know cause the words are just so scary

[@saidagouar5119]

Merci du partage ,magnifique expérience ....,

[@patchesconway5957]

Cold fusion, on A small scale , the funny thing is we have A Sun & many, many astroids flying past hummm super cold fusion passing A oven of Life giving Heat & rays. So close yet still. Yet Please don't stop trying.

[@rustamsultangareev7967]

У поезда должна быть холодная подушка, можно выводить шатлы на около земную орбиту очень много пременения этой

[@leadabo]

Wow! Super cool on so many levels!

[@paulmichaelfreedman8334]

We are the masters over one of the three fundamental forces. Electromagnetism.

[@Blackholefourspam]

Would have liked to see what happens when the ferrofluid is dripped in place on it’s own. Even if it falls that’s still data.

[@petergerdes1094]

Why did you put magnets on both sides of the strip? Was that needed to increase the field strength or just to make sure the magnets didn't fall off?

[@theenchiladakid1866]

I remember way back in the late 90s seeing video clip on the world wide wed of a guy who had invented anti gravity at area 51 and be had risked his life to show the world the truth. It was basically this same thing.

[@dhruvdixit8090]

What do you do for living? "I play with magnets."

[@keatonmcmahon7476]

why don't they insulate this with a vacuum chamber? could you imagine a strong box that doesn't stop the magnetic fields and is also strong enough to hold a vacuum so that it doesn't touch the super conductor. how long would it stay floating? does the magnetic fields cause it to heat up, or is it just a conductivity/ radioactivity

[@ScotlandsGold]

How does it know it's on a slope when it's not touching the slope

[@KenH60109]

The magnetic effect is weaker the further away it gets, so it moves down. That way it somewhat mimics an actual sphere on a slope.

[@devonkamrowski466]

Gravitational pull or magnetic pull to keep the liquid to the magnet?

[@НиштякиотФанилича]

Высокотемпературные свехпроводники великолепны

[@Fladan]

This dude literally reinvented the wheel

[@VodkaBalalaika1]

Без охлаждения не работает, так как это пар отталкивает от магнитного поля

[@T_a_n_c_o_r]

Ваууу как круто 👏 Я сам растворился в этом эксперементе 💪👍🏼

[@Kereusx]

Is this the same they use on Maglev trains?

[@humanbean3]

3:46 this is amazing.. i cannot comprehend it

[@MagneticGamesIT]

please turn on the subtitles

[@humanbean3]

@@MagneticGamesIT the language was fine. my brain couldn't comprehend seeing the magnetic waves ripple across the liquid. it felt alien seeing that.

[@kevinisalgue5702]

Là voilà l'idée pour remplacé les voitures d'aujourd'hui

[@KTFG]

Awesome experiments!

[@3cpsidiot]

3:50 "👍" on the side of the magnet and also am i the only one who noticed that?