OH HELLO THERE! Good news! There will be another video coming out either end of this week or next week. Along with the trailer for season 1 of "Could You Survive The Movies?" Also, "Could You Survive The Movies?" will be free to watch. First episode comes out October 21st. If you were wondering where I have been it is because I've been working on that show for the past 7 months. Can't wait for you to see it! HUGS
Turns out gravity is actually just really weak. It doesn't take much force to overcome it, and the magnets have more than enough force for something so small.
@@SheenaMalfoy true that's why the gravitational pull we emit on others is so small its basically zero the only reason the earth and sun's are able to have observable effects on other objects is because they are absolutely massive
@@yinyang1217 Just imagine a strap of magnetic in circular shape around your hip, they will definitely attract to each other if powerful enough. If you still cant imagine it, try drawing it with an arrow as the flow of the magnetism
Put it all in a sphere that's been drawn into a vacuum and with the absence of air, which causes some, albeit minute friction which would eventually lead to the model coming to a halt, and you've got a reasonably simulated model of the solar system.
Nick MaGrick what is changing in the material at low temperature that makes it act as a superconductor? Are the atoms lining up in a perfect crystal lattice type structure?
@@gtb870 yeah basically. The more stable the atoms and electrons, the more stable the field is as well. But superconductors are special (at one time was thought to be impossible material to make), they allow electrons to pass through it without resistance. The puck was already a super conductor, cooling it merely locks the field it produces into place.
@@theancestor9345 I disagree. Each of Kevin's uploads get around a million views. If you can't figure it out: that's about a million people viewing his videos. I'm sure he has many thousands of fans among these viewers who care about him and his content.
@@alansmithee419 Yeah you're right I guess. I had just watched an entire video about the quantum locking phenomenon right before I wrote my comment so yeah. 🤣 Also btw this is really random but u seem cool, do u play any video games?
*Bug fix version 9.10.2019* -fixed gravity latency error on some objects. -fixed bug that allows players to enable the “sv_gravity” command while in game.
This is one of the most expensive ways to get fossil-free transportation due to how liquid nitrogen is made. You cannot make this feesible for the future.
@Alejandro D Pina i just love how we still have soo much potential for scientific discoveries. it always feels like the world is almost in a standstill, until we realise that there are things like this being worked on.
"I don't know how to end this, so..." Well done, Jake - I suspect that took a lot of thinking about to admin and just run with. Glad to have you back! I assume you also had Michael's VSauce1 password, because he's reappeared too.
yes you do, superconductive levitation has nothing to do with gravity. It is the same electromagnetic force holding something you glue below the track and you'll agree that you would feel that weight.
Yes you would it is the same as sticking two magnets together you would feel the weight in this it is just not touching if it didn't weigh anything he would be a billionaire
Hello, this is your captain speaking for this British Airways flight BA1337 to London Heathrow. Please pay attention to this short safety briefing now.
There's not too much point from an economic standpoint given we can already accomplish the desired effect with current rollercoaster technology. They do refer to amusement park rides as "cheap" thrills after all.
Seeing this, I had one of those "Wow, this is the future" moments. Whoever finds a close-to-room-temperature superconductor would reshape the world as we know it.
Is it possible that a planet with a powerful magnetic field, where the temperature is very low and superconductive material are present exists? And if so, does that mean a planet that has large chunks of land floating above it’s surface can possibly exist?
The lexus hoverboard did not use the same method, the hoverboard wasn't cooled to a temperature close to absolute zero to turn it into a superconductor, they just used magnets and nothing else
@@3User that is not true. They did in fact use liquid nitrogen to cool down a superconducting material in order to have the board float. Also absolute zero is still quite far from the temperature of liquid nitrogen.
It's an orchestra version I haven't looked too hard but it's hard to find. Do you happen to know the music in the beginning with the choir and orchestra
Imagine Hover Hockey where the puck levitates just above the ground and the players use shoes with the same structure to all hover over a magnetic field. I don't know / can't think of any practical uses at the moment, but you have to admit, that it would be epic.
Not exactly what this video is about, but there are actually labs that are using custom made magnets with customized poles to have special uses. Like for instance, there are some magnets designed to act as a door knob allowing it to twist but when "locked" the poles would align and hold it firm. Pretty cool stuff if you ask me. There were other uses but I only remember the doorknob one
Well theoretically you can also go other way around and make magnet levitate over superconductors... I remember doing that in a lab (physics major is so much fun sometimes)
Cool experiment to do in space with no friction at all, then no air resistance, easy space travel with just an act of momentum on the object to keep its velocity at a constant
Here’s the thing about quantum levitation and quantum effects, once a material like iron gets incredibly hot, it can lose its Magnetic direction and almost become like a molten soup. However, if you have incredibly strong magnets forcing the issue while it’s in flux, they would essentially align its magnetic field lines. Forcibly
Some questions that it would have been nice to see answered in the video: -How much weight could this actually support? -How strong is the magnetic field? Do you have to tug hard to move the puck away from the track? Would there be resistance or repulsion if you tried to push the puck against the track? -What happens when the puck warms up? Does it gradually lose the ability to levitate? Or does it suddenly turn off like a switch once it gets above a certain point?
Question: If you could hypothetically have a string of magnets like that around Earth's orbit (disregarding how difficult that would be), would the metal be cold enough from just being in space to produce this effect? Thanks!
Space Spiff20 Space being cold is a myth. Temperature is a property of matter, no matter no temperature, thus space is just... space. There is nothing to transfer heat to up there, which is why in certain cases overheating is a larger issue than any cold and why the ISS has massive radiators (radiation is the only means of expelling heat).
OH HELLO THERE! Good news! There will be another video coming out either end of this week or next week. Along with the trailer for season 1 of "Could You Survive The Movies?" Also, "Could You Survive The Movies?" will be free to watch. First episode comes out October 21st. If you were wondering where I have been it is because I've been working on that show for the past 7 months. Can't wait for you to see it! HUGS
Vsauce3 epic
Welcome back!
Vsauce3 This puts a smile on my face.
There will be a Halloween special?
It has been too long! Welcome back!
"Vsauce! I'm Jake-"
Man I missed that!
Vsaue
Same here. I hate having to wait so long between videos
Welcome back Mr Roper. You were missed. :)
*veesoss
Visoz*
This has to be one of the coolest things I've seen.
I see what you did there.
@@kaniphish This pun was truely not intended.
I think that's the most Sci-Fi thing I've ever seen that's real
*clap clap clap*
Coldest thing
Hockeypuck: Hits -200 degrees Celsius
Gravity: Aight, I'ma head out.
Turns out gravity is actually just really weak. It doesn't take much force to overcome it, and the magnets have more than enough force for something so small.
@@SheenaMalfoy true that's why the gravitational pull we emit on others is so small its basically zero the only reason the earth and sun's are able to have observable effects on other objects is because they are absolutely massive
420th like
@@crackedemerald4930 the only real scientist in this thread
Well, I think gravity is still in play, like how it still slides down when he made a slope with the magnets- it's just locked in place kind of
Newton: **gravity*
Smol cool oreo: No.
Gravity does still apply to the puck, it's magnetic fields that don't act on it
@@3User its
a
JOKE
@@yinyang1217
A
Damn
Funny
One
At
That.
Coniver divide woooosh
@@3User u could just play along.
Should wear the magnets like a belt and have the disc like hover around you, that would look cool
That would be very annoying to use in school class tho
Also freeze them every 5 hours..
Yin Yang every 5 hours? You’d be lucky to get 5 minutes from that.
@@Vysair he said belt
@@yinyang1217 Just imagine a strap of magnetic in circular shape around your hip, they will definitely attract to each other if powerful enough. If you still cant imagine it, try drawing it with an arrow as the flow of the magnetism
I MISSED YOU JAKE
WE ALL MISSED YOU
The feels
Best Vsauce channel definitely.
Yeah Jake. I guess we don't know you personally but we all care about you man.
In case you didn't know, he has a personal channel too called "Jake Roper"
Finn Kyle facts
Imagine making the magnets look like planets and making a lil solar system
you could even tilt them. But i am not sure if they can still hover along the track in that state
that would look amazing holy moly
Put it all in a sphere that's been drawn into a vacuum and with the absence of air, which causes some, albeit minute friction which would eventually lead to the model coming to a halt, and you've got a reasonably simulated model of the solar system.
They have those
@@Schoko4craft probably not but I'd be cool if they could
This whole physics property has baffled me for a year now
*how*
Magic
which part don't you understand? I might be able to help explain
Nick MaGrick what is changing in the material at low temperature that makes it act as a superconductor? Are the atoms lining up in a perfect crystal lattice type structure?
@@gtb870 yeah basically. The more stable the atoms and electrons, the more stable the field is as well. But superconductors are special (at one time was thought to be impossible material to make), they allow electrons to pass through it without resistance. The puck was already a super conductor, cooling it merely locks the field it produces into place.
Thanks nick I now have a field of science that i have to know everything about. Cheers for your help mate
I'm gonna be honest, I haven't been this amazed at something since I was a kid.
DMAN D ikr, I miss that feeling of wonderment we all had as a kid
Maybe that’s why cool people are cool
Because they go with the flow
I approve.
They all float
Everything floats down here,@@muteza
Very cool comment, thanks.
God damit
This is just an Easter egg in this video game called life
How high are you?
@@syrialak101 7 grams
@@syrialak101 As much as Joe
@@david2618 who's sugma?
@BTSV oder tot - fan page weuß nicht ob offiziel
Joebama
The Vsauce's are back
i mean kevin never stopped
test subject no one even cares about that one
@@nadeemTYU thats mean
@@meownamejeff he's not wrong, though
@@theancestor9345 I disagree. Each of Kevin's uploads get around a million views. If you can't figure it out: that's about a million people viewing his videos. I'm sure he has many thousands of fans among these viewers who care about him and his content.
"Any sufficiently advanced technology is indistinguishable from magic." - Arther C Clarke
"One man's miracle is another man's Science."
Nope this is just quantum locking. It is definitely distinguishable from magic
@@WillFaustCuber not to someone who doesn't know how it works - in which case it is sufficiently advanced to them.
@@alansmithee419 Yeah you're right I guess. I had just watched an entire video about the quantum locking phenomenon right before I wrote my comment so yeah. 🤣 Also btw this is really random but u seem cool, do u play any video games?
@@life-zc1mb few months too late
*Bug fix version 9.10.2019*
-fixed gravity latency error on some objects.
-fixed bug that allows players to enable the “sv_gravity” command while in game.
-removed aliens dis time 4 good
THIS IS SOO GENIUS😂😂😂🤣
The three Sauces have finally been added to the algorithm, forming into the penultimate ultra-DONG.
I'm sorry never herd of her.
Did you mean: DING
What in the world is a "DONG"
D!NG is a farce and a sham formulated when capitalism spits in the face of art.
A DONG is a thing you can Do Online Now Guys
@@Harry-jl6fb why you asked?😂🤦🏽♂️
Isaac Pizarro They renamed the channel to D!NG
This is the kind of thing I imagine a character like Magneto would do in his spare time while he's bored
@@hashtagnoname3931 *What happens if we superconduct Magneto's _pp?_
Imagine with me, friends: This could be the future of transportation. All we need is an eccentric billionaire.
@ elon
And a way to keep the tracks at a rlly frost temp
@@gameseeker6307 liquid nitrogen flowing through pipes beneath the rails.
@@gameseeker6307 Or the vehicle can be cold, and the underground tracks have an electric current running through them.
This is one of the most expensive ways to get fossil-free transportation due to how liquid nitrogen is made. You cannot make this feesible for the future.
Who else starts feeling a bunch of memories rushing in when you listen to “flower duet”
Fallen Angel for me is regular show, when they got the ulti-meatum burgers
Who on your dp?
@@luisMendoza-pm6xq Me too:)
xbox 360 arcade song game
Have you ever heard this version? ua-cam.com/video/mOrBmTNSszQ/v-deo.html
This has me baffled like a cat watching a pendulum.
The opera music at 0:57 - 1:35 is pavane in f sharp minor faure thank me later 🖤
It's not an opera.
3:20 to 4:55 Moonlight Sonata too
Wow, Gabriel Fauré wrote in F# before it was mainstream.
thank
Nathan The Money Man Do you know which specific version/performance of Moonlight Sonata?
Guess who's back, back again
Jack it is
Tell a friend tell a friend tell a friend
Imagine playing air hockey with this.
Fun until you get frostbite
@@FiksIIanzO And that's why you don't lick it
1:37 I love the fact that Michael’s astral projection spies on the other two sauce boys.
The fact it hovers upside down as well blows my mind
3:55 michael hiding in the back left
That's a cardboard
He's been there as soon as Jake started talking in front of the camera just over a minute in
OH GOD
The intro looks like something ripped straight out of Breaking Bad.
Yeah science 🔥
Beautiful
“Vsauce! I’m Jake!”
Everyone liked that.
Vsauce*
Rolando Cueva lol I can’t believe I did that thanks
“Why are we not funding this!”🗣 -Peter Griffin
@Alejandro D Pina i just love how we still have soo much potential for scientific discoveries. it always feels like the world is almost in a standstill, until we realise that there are things like this being worked on.
Cause the government is already funding it secretly to develop ufo technology lol
In LK-99 we trust
turned out to be an insulator not a superconductor at room temperature
The Vsauce gang is back, and they're greater than ever
Jake, you're the best. Never stop bein you.
I love how cinematic and artful Jakes videos are. It’s like if Vsause 1 went to film school
"I don't know how to end this, so..."
Well done, Jake - I suspect that took a lot of thinking about to admin and just run with.
Glad to have you back! I assume you also had Michael's VSauce1 password, because he's reappeared too.
universe: you have now unlocked: floating rollercoasters
When the puck is levitating under the magnets and you hold those magnets in your hands, do you feel the additional weight of the puck?
qmarcius woah
yes you do, superconductive levitation has nothing to do with gravity. It is the same electromagnetic force holding something you glue below the track and you'll agree that you would feel that weight.
Yes. You're gonna carry that weight.
@@dweep9546 I see where did you get that from, and that gave me frickin' goosebumps. Awesome.
Edit: Just saw Spike on ur profile pic haha
Yes you would it is the same as sticking two magnets together you would feel the weight in this it is just not touching if it didn't weigh anything he would be a billionaire
Jake, i missed ya.
Perfect profile pic
zah fares tnx
The vsause team is back, first michael and now this
I'm here to see the LK-99 future.
*Newton : ok lemme explain how gravity works real qu-*
*Jake : No.*
Well, was that worth the wait! This is freaking awesome Jake! Glad you’re back with all the good stuff again!
% carrying my grades: my professor: 1% me : 1% Vsauce 98%
B33S_BOT99 woah your professor actually teaches you something? That must be a damn good one. Since I learn nothing from mine
B33S_BOT99 🤣
"On this episode of A S P E C T R A T I O "
C I n e m a t I c
Hello, this is your captain speaking for this British Airways flight BA1337 to London Heathrow. Please pay attention to this short safety briefing now.
First video iv seen to support full display
Jake: "Quantum Locked"
**Weeping Angel flashbacks**
They should make a roller-coaster like this.
We already have one, it's literally the Maglev train...
@@flytrapYTP When someone says that they want to get on a rollercoaster you don't send them to the train station, do you?
@@flytrapYTP But does it grip from above?
There's not too much point from an economic standpoint given we can already accomplish the desired effect with current rollercoaster technology. They do refer to amusement park rides as "cheap" thrills after all.
Yeah. Can't wait to have my car for this ride to be dropped to -190 C! I'd be scared stiff! ...or just stiff.
3:23 classical music starts
Sh*t about to get lit
And also jake it's *lacrime not lacme
It meand tears in italian
@@ujepagaz8495 I think he meant 'Lakmé', the opera by Delibes from which the duet is taken from
@Marian Gherca moonlight sonata 1st movement
It's Moonlight sonata played by an orchestra
ua-cam.com/video/8Qx2lMaMsl8/v-deo.html
First Michael uploaded a video on Vsauce and now jake uploaded here on vsauce 3
Oh yeah, It's all coming together
Seeing this, I had one of those "Wow, this is the future" moments.
Whoever finds a close-to-room-temperature superconductor would reshape the world as we know it.
Daddy Vsauce came back and gave us series to watch now Jr is following in his footsteps 😍
Ah, why was I waiting to see him do a ballet while holding the object when the music was up.
OOOO this was good to watch in 21:9!
Is that what ratio it's in? I couldn't figure it out for the life of me. Too wide for 16:9, but too skinny for 32:9
2:33 best visual I’ve seen to explain superconductor. I’ve been trying to visualize it my head and this looks very interesting
This is by far the coolest thing I’ve ever seen in my life, won’t be surpassed anytime soon
can the disc rotate/spin while floating above the magnets? It looked like it was locked in place but I was just curious to know.
it can't on these magnets but it can rotate on a magnetic ring
RH Productions i have seen somewhere that yeah they can
Nope it can't
Oh wow, you're alive.
Can we just say that intro song was a banger
i need to know what it is
@@Panicakr same
Me too
4 notes playing in a very simplistic loop isn't what I would call a 'banger'...
I'm just here to find out
Thanks it's like a better HD update to all those videos that came out in 2007 about it
Is it possible that a planet with a powerful magnetic field, where the temperature is very low and superconductive material are present exists? And if so, does that mean a planet that has large chunks of land floating above it’s surface can possibly exist?
When I was a little kid, I tried superconducting with hot water.
And you probably have 3 degree burns
Or more
@@trunestor Nah, i'm fine, but thanks!
You gotta cool things down to superconduct them, not heat them up
Does anyone know who performed the orchestral version of Moonlight Sonata in this video?
I'm interested as well!
Gonna leave a tactical dot here in case someone answers
.
.
* Gravity exists
Superconducting magnetic levitation: I'm gonna end this whole mans career.
I wonder if we can use this as a way to travel. I'm not talking about maglevs, I'm talking about flying and levitating around. Cool concept.
This is by far one of my favourite episodes you've done on this channel....
I remember when Lexus made that hoverboard using the same method.
The lexus hoverboard did not use the same method, the hoverboard wasn't cooled to a temperature close to absolute zero to turn it into a superconductor, they just used magnets and nothing else
@@3User I remember a video explaining how it used liquid nitrogen to cool it down though...
@@3User that is not true. They did in fact use liquid nitrogen to cool down a superconducting material in order to have the board float. Also absolute zero is still quite far from the temperature of liquid nitrogen.
Moonlight Sonata at 3:18 is so great!
Does somebody maybe please know what version it is?
It's an orchestra version I haven't looked too hard but it's hard to find. Do you happen to know the music in the beginning with the choir and orchestra
It's the stokowski Version open.spotify.com/track/4l7Lzyif5fqMiBx46WntGk?si=1Y3ZV7FORP237XavUm-WPQ
"I love you" xD
For whatever reason I thought this was a Veritasium video. I have no idea why, but I was *very* pleasantly surprised when I heard Jake's voice!
I was recommended the royal institution video about this from 2013 and THEN this video which is more recent. Love UA-cam recommendations.
Does anyone know the song that was playing in the intro? I must know, for science.
Plz tell me
Also wish to know
Same
Up
.
2:19 why is Michael in the background
Who is here because Lk-99?
Excellent demonstration! NileRed's demonstration of this phenomenon brought me here.
Imagine Hover Hockey where the puck levitates just above the ground and the players use shoes with the same structure to all hover over a magnetic field.
I don't know / can't think of any practical uses at the moment, but you have to admit, that it would be epic.
Not exactly what this video is about, but there are actually labs that are using custom made magnets with customized poles to have special uses. Like for instance, there are some magnets designed to act as a door knob allowing it to twist but when "locked" the poles would align and hold it firm. Pretty cool stuff if you ask me. There were other uses but I only remember the doorknob one
Well theoretically you can also go other way around and make magnet levitate over superconductors... I remember doing that in a lab (physics major is so much fun sometimes)
Is anyone else crying because a frozen hockey puck is flying to classical music
Almighty Sosa300 what?
The notification reached me after 2 minutes
Cool experiment to do in space with no friction at all, then no air resistance, easy space travel with just an act of momentum on the object to keep its velocity at a constant
You're back! I've missed you dude! Hope you're keeping well, and it's great to have you back!
J'ai fait une vidéo sur le sujet si il vous intéresse les francophones 😘
où ?
Beautiful picture and sound design.
Ive seen a lot of things on UA-cam but this is really cool, thanks for showing this
watching this, i got Vsauce3 nostalgia. i’m for real crying in the club rn.
>Michael is back on the main channel
>Jake's back on Vsauce 3
Truly the reunion of the holy trinity...
Here’s the thing about quantum levitation and quantum effects, once a material like iron gets incredibly hot, it can lose its Magnetic direction and almost become like a molten soup.
However, if you have incredibly strong magnets forcing the issue while it’s in flux, they would essentially align its magnetic field lines. Forcibly
love the wide angle camera work
This is so different. It neither sticks to magnet nor falls away but maintains a distance!
I’ve missed you, Jake.
And also that close up shot of the superconductor with the vapor surrounding it was way too cool.
If you were to set the cooled magnet down, could you make the track hover above it?
Vsauce is back, Vsauce2 is back, Vsauce3 is back.
It’s great to see you back on UA-cam, Jake. Hope you’re well!!!
first Micheal is back, and now Jake, THIS IS A GOOD WEEK
Some questions that it would have been nice to see answered in the video:
-How much weight could this actually support?
-How strong is the magnetic field? Do you have to tug hard to move the puck away from the track? Would there be resistance or repulsion if you tried to push the puck against the track?
-What happens when the puck warms up? Does it gradually lose the ability to levitate? Or does it suddenly turn off like a switch once it gets above a certain point?
This video gives me so many Ideas and leaves me with so many questions.
Yes! Jake is back. Welcome back my friend , hopefully everything is going better for you. We wish you the best👍🏽
Imagine walking onto one and you start floating
Oh wow, Jake finally uploaded something! Miss you man! Upload more.
Question: If you could hypothetically have a string of magnets like that around Earth's orbit (disregarding how difficult that would be), would the metal be cold enough from just being in space to produce this effect? Thanks!
Space Spiff20 Space being cold is a myth. Temperature is a property of matter, no matter no temperature, thus space is just... space. There is nothing to transfer heat to up there, which is why in certain cases overheating is a larger issue than any cold and why the ISS has massive radiators (radiation is the only means of expelling heat).
@@storyls Awesome! Thanks so much!
WE NEED MORE MAGNETIC LEVITATION VIDEOS