@@Swampthing401 it didn't say the jump would be at such a height that you'll reach terminal velocity. You can jump to where your final speed is roller coaster speed as described in the video.
The superconducting puck keeping its orientation is not purely because it's type II. When you rotate the magnet away, it'll indeed "try" to stay in the same orientation due to the flux pinning / quantum locking, but the eddy currents (which are fundamentally different than flux pinning) also does it. It should be mentioned also that this experiment as you conducted it is only possible because it is a type II superconductor. A type I superconductor will stop superconducting at fields of the range of 100 miliTesla at the max, which this magnet far exceeds. And of course also because type I superconductors need to be in the single-digit Kelvin range, which is almost impossible to sustain in a normal environment XD.
I heard it was monthly. And it's Aluminium. Aluminium Monthly. Beats shark week, but you cannot touch it. causes early onset dementia. Much like marriage.
Brilliant with the superconductor - just amazing. I hear UFO stuff as many say "it was very cold" "it felt cold".. this must have a connection on the tech used by aliens ;)
I love this channel bcoz he neither stretches the videos to 10 mins just to show a single phenomenon, nor does he give a pointless intro before the actual video starts. Love you Action Lab ❤️
This is one of the coolest videos on the internet! That's blowing my mind! You are the master of awesome science videos! Thank you so much for making these videos!!!
First time I heard of this phenomenon was in school back in the 70's. It was being used as a damper in mechanical scales to make them come to rest more quickly. This video takes the effect to a totally different level.
Some trains also use eddy current braking. The German ICE-3 series of high speed trains e.g. uses 3 operational braking systems in this order of precedence and depending on the amount of deceleration required: 1. Regenerative braking where the electric motors work as generators and feed electricity back into the grid. 2. Linear eddy current braking. 3. Pneumatic braking - plain old disc (i.e. friction) braking with pneumatic actuators Eddy current brakes in principle do not suffer from wear, though, to be honest, there were some issues with clearance (the electromagnet needs to be located very close to the rail) and concerns that induced currents may negatively affect electrical systems on the track, e.g. for signaling.
sCiEnCe cHaNnElS : 'we put soothing brainwave music in the background, for viewers to easily understand the ongoing science...' Action Lab: 'lol, dubstep go brrt!' [ 2:12 ]
Half the time when you explain these things, I have little or no clue what is going on, im not a very smart guy, but I appreciate the entertaining video
Another huge advantage with magnetic braking for roller coasters is that they require no external input to function. If the power fails mid decent for example the breaks will still work perfectly as intended.
The trajectory of the super conductor relative to the magnet follows the lines of equal magnetic field, and the places where it flips are the poles of the magnet.
I have seen many weird stuff but THIS is the most interesting and odd part of physics I yet to see! (I almost at the end of the film. Frigid aluminium block becomes magnetic)
3:16 “And since it’s a type 2 super conductor. It even keeps it’s same orientation as I move it around the magnet”... Super conductor continually changes orientation
Frank Sierow I initially thought that was what he meant but it doesn’t keep up. It kinda starts to rotate then suddenly flips. It doesn’t continually keep its orientation. I would have expected it to mirror the rotation of the magnet.
Note that when you had the superconductor suspended below the magnet and showed that the superconductor retained its spacial orientation, that was true until you changed the direction of the magnetic lines of force. When that occurred, the superconductor flipped 180 degrees.
The same effect is used to quickly stop undesirable mechanical oscillations. On the contrary, Eddie currents are objectionable in transformers hence the laminated core.
May be next video compare gadolinium and common iron attraction force with magnet, I read some paper told me some rare earth element have stronger saturation flux than iron in very low temperature
3:10 me and my problems. I’m magnet and my problems are super conductor looks like they are not influencing me but they are, just like Action lab videos.
Okay now this is the content you want to see!
Yes
My thoughts exactly!
Riccopenguin 69 likes. Nice.
I don't believe this guy
I'm glad I wasn't the only one thinking that.
Next video: Jumping from a building onto -196°C aluminum wearing monster magnet shoes
my calculations are saying that the chance of survival is 100%. Done. Now let's wait for the video.
That's very nice idea 😂😂😂
@@Swampthing401 it didn't say the jump would be at such a height that you'll reach terminal velocity. You can jump to where your final speed is roller coaster speed as described in the video.
@@Swampthing401 okay? no one said that speed tho "lol"
Boots will stop smooth, but you don't :)
“well it just so happens that I have a type 2 superconductor here...” 😂
Completely normal phenomenon.
*_I always keep it in my pocket just in case, hbu?_*
O and don't forget his nuclear reactor in his back yard! 🤣
You all are not good observers if you didn't see that portal to his personal universe!
@@sahilrathi_ woah, he has one of these too!! I owned one when I was 5 but I lost it oof -sed-
The superconducting puck keeping its orientation is not purely because it's type II. When you rotate the magnet away, it'll indeed "try" to stay in the same orientation due to the flux pinning / quantum locking, but the eddy currents (which are fundamentally different than flux pinning) also does it. It should be mentioned also that this experiment as you conducted it is only possible because it is a type II superconductor. A type I superconductor will stop superconducting at fields of the range of 100 miliTesla at the max, which this magnet far exceeds. And of course also because type I superconductors need to be in the single-digit Kelvin range, which is almost impossible to sustain in a normal environment XD.
"Look at how cool it is"
its literally at -196 degrees
fuck i was just about to comment the same thing...
That's so cool. :v 😂
Let’s get 196 likes
How 196
2 More!
Dips superconducter into liquid nitrogen:
"Look how cool this is! "
This guy is on fire lately 🔥.
The content is so much informative.
Really this channel is criminally underrated
Scientists discovers a new element.
Action lab: Let's put it in Vaccum.
Bahahahahahahahaha
*I love quantum locking. And your channel is rockin'!* Always very interesting
Big magnets, big chunks of aluminum and quantum locking. James is slowly transforming into a wizard and we didn't notice!
AWESOME!!!
By the way, for anyone curious, aluminum is actually paramagnetic, but only very weakly.
I heard it was monthly. And it's Aluminium. Aluminium Monthly. Beats shark week, but you cannot touch it. causes early onset dementia. Much like marriage.
"Eddy current" **flashbacks to electroboom**
Lol
Lol
FULL BRIDGE RECTIFIER
@@yojnirseejrenab7535 *FUUUUUUULLLL BRIIIIDGE RECTIFIAAAAAAAAAAA
@@shashankdesai8650 yo mate😂
Brilliant with the superconductor - just amazing. I hear UFO stuff as many say "it was very cold" "it felt cold".. this must have a connection on the tech used by aliens ;)
I love this man. and his creativity😍
I love this channel bcoz he neither stretches the videos to 10 mins just to show a single phenomenon, nor does he give a pointless intro before the actual video starts.
Love you Action Lab ❤️
This man makes normal things feel like quantum physics
Normal things like superconductors at -190°C?
And vice versa lol
The magnetic phenomena with the cooled super conductor is called quantum locking O.o
That fall looks like some one uttered *"Arresto Momentum"* .
This is one of the coolest videos on the internet! That's blowing my mind! You are the master of awesome science videos! Thank you so much for making these videos!!!
*DUDE, I LOVE YOUR CHANNEL!*
First time I heard of this phenomenon was in school back in the 70's. It was being used as a damper in mechanical scales to make them come to rest more quickly. This video takes the effect to a totally different level.
This was the best explanation for Quantum Locking I’ve seen.
Cool!
I think this was your best vid.
Mind
Blown
I liked your explanation of why a superconductor floats in a mag field.
Bestest explanation of eddy currents .....👍😀😍
love your experiments it gives me soo much knowledge
That superconductor part blew my mind!
Some trains also use eddy current braking.
The German ICE-3 series of high speed trains e.g. uses 3 operational braking systems in this order of precedence and depending on the amount of deceleration required:
1. Regenerative braking where the electric motors work as generators and feed electricity back into the grid.
2. Linear eddy current braking.
3. Pneumatic braking - plain old disc (i.e. friction) braking with pneumatic actuators
Eddy current brakes in principle do not suffer from wear, though, to be honest, there were some issues with clearance (the electromagnet needs to be located very close to the rail) and concerns that induced currents may negatively affect electrical systems on the track, e.g. for signaling.
whoa! and yes, that is interesting, loved it and love your new haircut :)
shway... if I said that about a chicks video on the same topic, I'd be called a simp and attacked by the weabos. haha you lucky momma.
Thank you so much! Learn something new today! I had no idea that these were called Eddy currents!!!
sCiEnCe cHaNnElS : 'we put soothing brainwave music in the background, for viewers to easily understand the ongoing science...'
Action Lab: 'lol, dubstep go brrt!' [ 2:12 ]
This is like the oobleck of magnetism!
Wow! I saw cold air moving upwards today!
Half the time when you explain these things, I have little or no clue what is going on, im not a very smart guy, but I appreciate the entertaining video
Wish i had easy access to UA-cam in my time. Learning is much underrated.
আমাদের চ্যানেলে শিশুদের জন্য কিছু বিজ্ঞান ও অঙ্ক নিয়ে করার চেষ্টা করছে। দেখবেন কিন্তু।
When you rotated the magnet and the puck flipped over I knew you were a wizard.
Another huge advantage with magnetic braking for roller coasters is that they require no external input to function. If the power fails mid decent for example the breaks will still work perfectly as intended.
That's one of the coolest things I've seen ever.... Quite literally
*THAT MONSTER MAGNET, CHUNK OF ALUMINIUM AND THE SUPERCONDUCTOR ARE PAID ACTORS*
This is super satisfying to watch
To me it's just annoying that the giant magnet lands softly. MAKE A BIG NOISE FFS!
xD ikr its a complete ironic situation
BBeeD it was conceived to drop and make a big bonk, not to land softly.
It'll break!!!
And shatter explosively!
For me it's very satisfying
Really good content, linking with transportation was just brilliant
The trajectory of the super conductor relative to the magnet follows the lines of equal magnetic field, and the places where it flips are the poles of the magnet.
At 3:22 try that with puppets and you can call it “puppets alive”
Did anyone watch NileRed's video, where he created a superconductor? If not, I recommend it.
Wow! Great video and demo!
I am in love with Ur way of presenting ur content 😍😍😀👍
This channel is soo underrated
I've always thought of magnets as real life magic. Utterly fascinating.
you say thank you for watching i say thank you for spending time putting this together for us
Your experiments are better than my online class
I'm returning to this channel after two years.
ITS WAY BETTER!
Now I'm looking up a list of all aluminium cars, so I can drive up behind them and not crash!
Yep, you'll be saved if you were to crash into a huge wall of neodymium magnets
I have seen many weird stuff but THIS is the most interesting and odd part of physics I yet to see! (I almost at the end of the film. Frigid aluminium block becomes magnetic)
👍👍👍👍wow just wow hover boards that actually hover might be coming sooner than people think
That levitating super conductor was cool as hell. Some Jedi force abilities right there.
Watching your videos, i have reached a point where i am beginning to question my own existence
it's used in recycling centers to get aluminum out of mixed waste by spinning magnets after all the steel is removed.
3:16 “And since it’s a type 2 super conductor. It even keeps it’s same orientation as I move it around the magnet”...
Super conductor continually changes orientation
Same orientation relative to magnet?
Frank Sierow I initially thought that was what he meant but it doesn’t keep up. It kinda starts to rotate then suddenly flips. It doesn’t continually keep its orientation. I would have expected it to mirror the rotation of the magnet.
Action lab: takes an super conductor and a magnet
Me: wow, that was really cool 👍
The Type 2 Superconductor can't travel at light speed though in my living room...
WELL IT JUST SO HAPPENS THAT I HAVE A HADRON COLLIDER HERE!
😂😂😂😂😂
He made a video about it a while back that's why he has one "lying around"
That reminds me of my electrical engineering studies, good times.
That was super cool!!!
God, I love this channel.
this guy teached me better than my science teacher
Or your English teacher.😉
Great video. I work in MRI and love playing with my 3 Tesla superconducting magnets. Coins are fun too. You should've dropped quarters on it.
Note that when you had the superconductor suspended below the magnet and showed that the superconductor retained its spacial orientation, that was true until you changed the direction of the magnetic lines of force. When that occurred, the superconductor flipped 180 degrees.
Could you make ferrofluid under the premise of this effect using ultra fine bismuth or aluminum/aluminium powder?
Love watching your experiments and your explanation of basic principles of physics 👍👌. Helps me to brush up on my basics. ☺️
That superconductor is Insane.
That giant neodymium magnet actually scares me. I experienced what a tiny one can do (~1cm), so this looks like a nuclear bomb to my eyes. XD
Really cool experiment
Best experiment u have done till date.👍👍👍👍👍👍
Great background music! Got me stoked!
I would have definetly studied physics if I had had a teacher like this
imagine a super fast internet connection by using super conductivity metal across antartica
This is nuts. Thanks
Holy shit that super conductor is cool as hell!!
"Cool"
"Hell"
yeah, -196°C cool
@@PresupPoli when hell freezes over 😅
আমাদের চ্যানেলে শিশুদের জন্য কিছু বিজ্ঞান ও অঙ্ক নিয়ে করার চেষ্টা করছে। দেখবেন কিন্তু।
Best video you have done in a while. Really cool.
Any sufficiently advanced technology is indistinguishable from magic - Arthur C. Clarke
We need more vids like this
This bid gonna blow up and for a good reason super appealing content!
The same effect is used to quickly stop undesirable mechanical oscillations. On the contrary, Eddie currents are objectionable in transformers hence the laminated core.
That is a decent sized chunk of aloominum, very interesting buddy
That levitating superconductor was amaaaaaizing
Respect that he didn't put, *"SUPER COOL LEVITATING MAGNET "* in the title
"Look at how cool it is" is my new ringtone.
This is awesome! Those magnets scare me. I’d definitely forget about something metal nearby.
If you use COPPER, instead of aluminum, can you create an electrical charge? Can you pass a copper coil across the magnet and get an electrical jolt?
The most cool thing I've ever seen in the internet 😲
May be next video compare gadolinium and common iron attraction force with magnet, I read some paper told me some rare earth element have stronger saturation flux than iron in very low temperature
What kind of sorcery is this? 😂😂😂 Great vid bro 🤙
BTW A Copper tube with a magnet moving through it does a similar magnet breaking effect.
Another highly informative and interesting video... Much thanks....
Thom in Scotland.
Reminds me of the shield practice knife fight in the movie Dune! The slow knife penetrates the shield...I guess no eddy currents😆
That super conductor is like hero 😎😎😎
This is so cool!!
Let us all softly come to the conclusion this video was made without pants.
This is very epic action lab!
3:10 me and my problems. I’m magnet and my problems are super conductor looks like they are not influencing me but they are, just like Action lab videos.
You are an .......
@@sinister3921 Indian
@@sinister3921 yes my friend
😂😂
@@yaswanthyalamuri1727 you are smart
4:02 Ohhhh nice haircut!