I continue to experiment with new magnetic accelerators in the hope of inspiring some practical application. These are 3 magnetic accelerators that work in repulsion, in fact the accelerated body escapes the magnetic field continuing its run.
Thanks to supermagnete.com for providing me with the magnets I used in this video for free. Here the links to the products.
First Accelerator
Cs-s-50-04-n sumag.net/cs-s-50-04-n-x01
Q-30-30-15-N sumag.net/q-30-30-15-n-x01
Second Accelerator
Q-40-18-5-N sumag.net/q-40-18-05-n-x01
Cs-s-50-04-n sumag.net/cs-s-50-04-n-x01
Third accelerator
R-40-23-06-N sumag.net/r-40-23-06-n-x01
S-10-40-N sumag.net/s-10-40-n-x01
Flux Detectors
M-04 sumag.net/flux-detect-x01
M-08 ttps://sumag.net/flux-detect-xl-x01
The second accelerator is inspired by this video of the PerpetualMotor channel • Perpetual Motion from ...
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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.
3 Amazing Magnetic Accelerators | Magnetic Games
• 3 Amazing Magnetic Acc...
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#magneticgames #magneticaccelerator #accelerator
Merci !
That's for the support
Feel like I'm watching the most innocuous 'how to build a gauss cannon at home' tutorial, lol...
T _
Guilty.😂😂😂
how to build a railgun at home 2021
You can build a sniper put of this
Gauss cannon from halo
forgot everything else, was that wooden contraption built just for separating magnets?! that's the real star of this video
One should not forget that the kinetic energy of the "bullet" is the same energy one needs to "push" the bullet through the magnetic tube. Also the dumbell-styled roller was slightly pushed, or the floor was tilted. There is no way you can use it to make a perpetual motion machine, but it's fun to play with.
looks like it's amplifying megneto motive force?
If he used electromagnets tho...
yeah your absolutely right.
Now all you need to do is make it into a circle and create a mini black hole
I think that's called a particle accelerator lol
Yeah but if it's constantly accelerating then it would get faster and faster right?
@leostoeckley8951 thats perpetual motion
We have a big one of those in europe
that doesn- okay
Always loved playing with magnets as a youngster. I remember hearing something about the Navy and an electromagnetic railgun or something like that. I can see how the concept manifested. This is brilliant!
You should be born in the 80 🙂
Rail gun or a gauss rifle. Both use magnets to propel a metal projectile.
railgun is really strong, each time it shoots projectile it breaks the gun a little from the sheer force. but in exchange, it's bullet can pierce through several walls
That's where I was, rail gun.
Reminds me of Ocelot's Railgun that's mounted on his Outer Haven. Very big and very powerful.
So satisfying, to see you working with those sweet little powerful magnets.
Reminds me of the warp coils in the engines of the Star Ship Enterprise.
this is the type of content i want, when i was younger i used to play with magnets, I'll do it again if i had some
The "clicks " are sooo satisfying
@@jeffreycraig4556 please do
The thing about a railgun, or socalled Gauss-gun is that they can turn on and off the magnets in succession to force the projectile forward at insane speeds. Unlike this, where a slight power is pulling them backwards in addition, causing a slower velocity all-around.
I think that back pull you are talking about is overcome by placing the square magnets in a tapered pattern in the beginning....but as they get closer together, they are further from the axle, and have less forward pulling force
I wondered if they could use electromagnets where the projectile itself closed the circuit on each successive magnet, eliminating the backpull.
@@commentsboardreferee7434 maybe...but wouldn't the projectile need to momentarily close the circuit just ahead of itself, to create the pull, but then after it has passed, that same circuit would need to be open, causing the field to collapse, and not have any drag or back-pulling effect?
@@damagj51 Something like that. Offset the circuit wires just enough for each magnet to exert force. Optimize the projectile contact length to the magnet spacing. Might sorta work.
That effect can be corrected using the proper geometry, like in a Halbach array.
There's just something so satisfying about the clean cut metal and not a single speck of dust on them either. Amazing
Must be a way to make 2 cylinders of magnets, next to each, blocking the bottom halfway between them, and the tops of the magnet cylinders, start spinning faster, either way. Repelling or attracted.. 😊 We did that in school days and I never forgot the science experiment. Years later we recall the fun experiments and realized the magnets can be controlled some ways to keep spinning, and many can connect the multiple energy to a band or pully. On a larger scale, unlimited design.
I was flipping around on Twitter and was drawn to this video because it reminded me so much of something. When I was about 15 years old, I invented a subway system that looked a lot like the magnetic accelerator at the beginning of your video. Imagine a subway that had a giant plexiglass tube stretching from end to end instead of train tracks. Placed evenly along the entire length of tube were big ring magnets. It would look exactly like your magnetic accelerator. The subway train would be suspended on a rail in the center of the tube and it would be hung from the tube by couplers attached to ball bearings so that the train would glide easily along the tube. I think it would work! Try making a model of that. I would love to see it in action!
You'd have to use electromagnetism. Magnets lose their power quickly when pushed.
Simply amazing things we could do with magnets...
will be possible to construct a circled construction with something to make circles forever after a first small push? In this case, will be possible to put on the middle a metalic wire "spiral" around a stick, so it produces electricity on the two edges of the wire when the magnet is circling around? In this case, will be possible to place the circling construction in a hole inside the wall, connect with the light of the room, and the switch outside to trigger the circled movement, and the switch to stop also the movement?
I would make a copy of the first design and combine it with the thinner sections facing each other. The roller part would bounce back and forth!
You need to have the center openings gradually decrease in size, then seal the entire exterior with lead apoxy to remove residual magnetic fields. The all metal construction of the rails and spacers should be aluminum. You could get 600 fps or higher.
Sadly boring gunpowder is much more practical for lauching projectiles of small size
@@eduardop2111 but still wouldn't it be cool just to have a gauss cannon?
@@veryboredman6364 Cool and practical are not related, so yea, it would be cool
@@eduardop2111 The two aren't exclusive; the entry velocity seems to inform the exit velocity. Why not combine the two?
Specifically, decreasing at a ratio of Phi (1/1.618) for the most powerful effect. With a large enough array or with increased Gauss rated magnets, it can be much more powerful than even that.
This is probably the best observable example for someone to understand how a linear electric motor works!
Ну или принцип работы БАК ( CERN in eng)
The cinetic energy is larger at the exit. Where do come this energy ?
This is basically, look what you can do if you can afford the magnets.
@@mediaguardian ...yet still, probably the best observable example for someone to understand how a linear electric motor works!
@@renelefebvre53 The kinetic energy is the same, but applied to the ball bearing with a smaller mass,nit has a greater effect.
The "projectile" tube at the end is basically how particle accelerators work (though not with permanent magnets but powerful electromagnets). In that case the magnets are continuously "flipped" in their polarity so that the particle gets pulled AND pushed as it travels along. Anyway, I think the shorter you make your projectile, ie closer to a sphere the better it will travel, though it'd help if some math were applied to the distances.
Oh no. Not math. Anything but math.
You need several spires of wires to increase efficient to the propulsion of the canon...
With permanent magnets, it is successively and with equal force accelerated and braked. So it serves no purpose, except to garner advertising revenue thanks to the approval of the gullible.
Quite impressive that such basic magnets are capable of pushing something at such speed
They are super magnets not basic. It can break your finger bones. If your fingers get stuck in between two of that kind
☝😃 Магниты не совсем простые, неодимовые значительно сильнее
This may be a known question, but considering the first accelerator, what happens if you have 2 of these ramps face to face? will it work like a pendulum getting slower and slower or will it keep the acceleration? thanks for those vids, they are great inspiration. Luc
The acceleration will get slower and slower till it stops
Its the law of energy conservation
@@ericvanz9015 yes I know.. I was hoping i was wrong
@@fartsoundeffect5013 strange enough that does not work. actually i have seen many cricle experiments that stop working after having made 1 and a half rounds. There are some guys out there that have been trying the weirdest things, but no luck. I personally think that with magnetic power enhancement, you can make a electric motor stronger, but you cannot make it drive itself. Luc
@@FreeEnergyNerd if your socalled hope was true then that would create an infinite powersource basicly wich is impossible Also one rule with magnets is that you can not get more force from them than you put into them As in you see how the guy in the video have to push on the sylindrical magnet into the tube before it gets flung inside? The force his hand put on the magnet is what the other magnets used to pull it inside
A more structurally sound version of the short accelerator tube would make a really interesting addition to an air rifle; it appears that the entry velocity informs the exit velocity, so adding the magnets after propelling a projectile to the limit of available air compression would be really interesting.
That's what railguns are
@@anathema2526 lol what i was thinking
Can you please explain that in stupid?
@@chaddusmaximus643 imagine attaching the contraption to the end of an air rifle barrel. The BB will be going at X feet per second as it traveled through the magnet tunnel so how would it affect its velocity?
I do not know about that. I would go with a actual rifle if the air gun does not have the power needed. If hunting enough takedown power and a accurate shot to the right place in what you need. Even the AR 15 chambered with its most common round the 223/5.56 can kill a deer but in many or most it is not legal io hunt deer or bigger game with due to lack of power dont want wounded animals suffering and not found !
Magnets happened to be so amazing ! thank you for you content.
That's cool!! Thanks for sharing I enjoyed the video!!! :)
Thanks! Learnt a lot from your practical experiments.
3:38. Literally just invented a low power rail gun. Why do I only find cool stuff like this at 3 am?
I love how you have to use a special wooden device to separate the magnets!
Have you thought of a circular tube accelerator? Brilliant video. ❤❤❤❤
You inspiring me al lot! Is this also possible with a magnetic ball or steel balls instead of a rod / cylinder? Thank you.
Yes, but you have to slide the ball into a channel.
@@MagneticGamesIT Bonjour J'adore c'ette idée Existe il un moyen comme ça pour essayer de mètre un système d'énergie Libre?
Yes it is 🤓
@@MagneticGamesIT i tried that, but it did not work. The last ring magnet decelarates the steel ball. Is this maybe only possible with a magnet rod/ball?
@@zimonzlot is magnetics ball can work good like rod magnetics?
2:56 lmao did he think it would go flying like a bullet? 🤣
Those magnet sound is so much soothing... ASMR
I like science, and something that always amazed me is magnets. To me it looked like actual magic up until about two months ago when I finally looked up how it all works and I feel like I'm even more amazed by them! You just earned a new sub ❤
Liked, subscribed, shared and commented… because it’s just so satisfying to watch. I want more…!!
Prtyy8i]
@@jovijuarez2575 hello
@@getonthecrossanddontlookba5004 "shut the fuck up" me:2022
U r a fucking nerd Lol J/k But juzz sayin
I see this on a bigger scale...imagine this coupled with an array of electromagnet a longer,bigger and more durable tube
Me encantan los imanes, canicas y lentes de aumento. Muy buen video, gracias por compartir. Saludos desde Tlajo Jal Mex.
Is there an exact measurement that would allow the magnet to pass threw without stopping? One that you could have the spacing all be the same without it causing that stop? Like a perfect measurement? Or does it always have to get further and further away?
Not sure why but I have ALWAYS found magnets to be amazing!
Nope, I have literally no idea why. It's not like they have innate fascinating properties or anything.
Same here. Along with my collection of high powered lasers! 😁
Same
How's your elementary school?
1:20 Ah freshly sliced magnets for breakfast....XD
the magnetic cubes were so satisfying when you pulled them apart
This is a great video! Please include the magnetization orientation of the magnets you use for each expirement in the future or people will get frustrated trying to duplicate your project.
You should be able to tell me seeing where the object goes
I love how the horizontal cylinders automatically align
To all those talking about rail guns: the magnetic fields in them vary with time, allowing massive energy to be transferred from a capacitor bank to the projectile. These permanent magnets can never give more energy to the projectile than the initial kinetic plus magnetic potential energy of the system. No free energy, as I keep telling someone who has been trying to make a free energy machine for decades. I suppose it's harmless and keeps him amused making multiple machines.
The principles of the rail/gauss gun is an Inductor not capacitor..... capacitors will actually stunt magnetic flux
I'm not fully understanding why putting a system like this into a circle wouldn't work. Understood that it won't, but why?
@@expertoflizardcorrugation3967 no. It is because he using individual magnetic pieces, therefore there is a point between two magnets relating to the Helmholtz point. This where the magnetic flux is cancelled, what hes trying to do is overlap the magnetic fields to prevent this from happening. That is why railguns are best to be designed around an electromagnetic coil because the flux is radiated from the wire and not equal individual coil.
i dont understand why the second one cant be in a loop, the spacing between the magnets dont change and looks like itll keep accelerating
@@tateparker7782 The answer is simple. Energy consumed = Energy given. First Law of thermodynamics, mass-energy conservation. So for instance, the small magnetic cylinder in a tube with magnets will generate a heat through out the magnets produced by emf which will eventually heat to a point that is past the Curie point, which will demagnetize those permanent magnets
Bro casually built a partical accelerator💀💀
the magnets are really strong! They would be perfect for my science experiment about small maglev trains!
👍🏼 Great way to start the weekend! Thanks! 😎✌🏼
Yo! Mr Magneto. Things you do with magnets is amazing to watch 🤘
Adhi
@@user-ms3mc7oc5o , ,
@@user-ms3mc7oc5o 🔴 What Is Islam? ⚠️ 🔴 Islam is not just another religion. 🔵 It is the same message preached by Moses, Jesus and Abraham. 🔴 Islam literally means ‘submission to God’ and it teaches us to have a direct relationship with God. 🔵 It reminds us that since God created us, no one should be worshipped except God alone. 🔴 It also teaches that God is nothing like a human being or like anything that we can imagine. 🌍 The concept of God is summarized in the Quran as: 📖 { “Say, He is God, the One. God, the Absolute. He does not give birth, nor was He born, and there is nothing like Him.”} (Quran 112:1-4)[4] 📚 🔴 Becoming a Muslim is not turning your back to Jesus. 🔵 Rather it’s going back to the original teachings of Jesus and obeying him.
Where did you get this magnets
It's awesome 💓
Can we just appreciate his custom made jig for separating magnets?
if you think about it this is basicly a mini (and not so strong) rail gun... and for some reason i love it!!
Звук стыковки магнитов, конечно же, прикольный
At 58 years old, I still love playing with magnets.
grow up old man
@@pcmatt9831 magnets are physics, physics is for all ages
Nothing wrong with that at all keep doing it what ever makes you happy keep doing. And at any age you never grow up because reading curse words grow up means loose your soul have a good day every one.
@@pcmatt9831 Sux to be you
Thanks! It was completely fruitful!
Always loved playing with magnets as a youngster
I like the magnet-shooter. I'm inclined to think that if you can shoot a magnet onto a metal plate like that... it's not that much farther to create magnetic darts and a magnetic dart-board (which already exists, as I recall), so you can use your magnetic dart-shooter to aim and shoot magnet darts at your magnetic dart-board. BULLSEYE!!
Imagine an acceleration system like this except scaled up to launch spaceships from the moon ... it could be hundreds of kilometers long, going straight and flat while the moon curved away below. Lengthy enough to increase velocity gradually so G's are tolerable. No worries about atmospheric drag, no worries about imminent domain, relatively low gravity ... you could really slingshot a ship into space. Express service to the Jovian moons. Launch would use only enough propellant to stabilize the ship, saving almost all of it to slow and maneuver at the end. I'm not an engineer or a scientist, just a sci-fi geek, but I think something like this could work. Might even be a good sci-fi novel in there somewhere.
Crazy how magnets have great potential for projectile weaponry.
That railgun in Fallout is starting to make more sense!
You have great ideas, thanks for your efforts ..😍
Repent to Jesus Christ “You, dear children, are from God and have overcome them, because the one who is in you is greater than the one who is in the world.” 1 John 4:4 NIV
Bot lmao
Too bad after finishing this video, the magnets have no use anymore.
@@fynkozari9271 Really ?Why?
@@arashkarimi4013 because its for making this video only. No other use.
When I was a kid, I imagined self-driving cars would be magnet-controlled on a grid under the streets. This gave me flashbacks.
Good morning, with your PVC tube and the magnet that moves inside, have you ever tried to put a copper winding around it, and measured the resulting voltage and current?
I bought a pack of these super magnets online from china for a measly $10 bucks lol. They worked great. Pretty hard to separate though so that wooden thing is a great tip for separating them.
1:00 this is how magnetic trains work 👍👍
So,....it's a self contained, muzzle loading permanent magnate rail gun ?....... I love it !
its not a gun, its a magnet travel machine
@@gregoryeverson741 And a shot gun is a pellet travel machine...
my theory for a while was that the "space gates" from bebop would come true but be like this, kinda "railgun your way through the Solar system" because the series was still all slower than light, but on par with fusion drives in the expanse. So a good midway between the two (i.e. hyperspace and real fusion drives) would be rings in space like this that would accelerate you to a measurable amount of C, then decelerate you when you arrive) So similar form factor to bebop but different physics, same outcome! (less blowing up of the moon though so wins all around!)
Would you mind telling us how your magnetic stator wheels (from design 2) were polarized/placed? Much thanks in advance
no
great, now all i need is to just scale it up in real life and i have an improvised home security system. or a nice deterrent at the back of the car if ever i find myself as the mouse in car chases. or as an improvised grenade launcher for my one and only defrag grenade (of course to be placed in some conductor can). or anything else where this is a genius move. great video dude/s.
The first 6 maybe, only need to be electromagnets with timing circuits that switch off to allow the vehicle magnet enough momentum to get into the circuit, then switch on once the wheels have entered into the circuit. Now for a design that can run in circles. Maybe the wheels can rotate independent of the axle, and have multiple magnet ladders along inside a rail track with multiple electromagnet nodes in the circuit.. There is a way to exploit part of the magnet ladder.
It is a false video. Like I said they need to be timed electric magnets
Interesting. Just wish I could afford those magnets 😞
3:30...basic design of a 'rail-gun'...now, simply make it 10-ft long, design a projectile with a low coefficient of drag, tighten up the tolerances, and call the Dept of Defense for a test-exhibition.
The third one is some real jimmy neutron type shit and looks cool af. Satisfying video!
great i also bought neodym magnets from supermagnets,great work get it on!
What if you make it long and round to where it connects to itself and never ends?
These are like magnetic up/down ramps with different slopes on each side. Good job so far dealing with strong magnets. They are easy to chip an can actually cause pinch injury, so be careful.
Wow, very enjoyable video!
That 1 with the tube through the middle. I noticed that the round magnets are spaced out very similar to how frets on a guitar are spaced out, on a guitar it's about harmonic locations. Also I wonder about the spacing of the Fibonacci sequence for the location of each round magnet. Then... Make it into a circle. I recone by the time it has accelerated the entire distance and got back to the beginning where they are closer again shit will get real
This is a subway tunnel, there are wagons in the metal ball and fasten your seatbelts and get ready for tunnel flights 👏👏👏
You almost got it. Just make an elbow rail and continue it like a square then it should be prepetual. Do it, bro.😅
I’ve 2 questions, is the hyperloop works in the same way just like how the magnet travelled fast inside the tube? And the other question is, the dumbbell-like thing rolled over the magnets - will that work the same against gravity? Or it rolled because the table was flat?
Sorta yeah, vacuum trains are just mag lev's inside an enclosed tube with a partial vacuum. Unfortunately they're not really feasible to construct due to the requirements of the pumps and frankly catastrophic failure modes (think a train derailment but 10 times worse). Mag lev's use switched electromagnets so that you don't end up with the counter pull from a magnet you've already passed.
You should do a huge scuplture with every single magnet you have
I’m surprised he hasn’t done this yet
The sculpture would be as big as the statue of liberty.😂😂😂
@@bibliophile4878 lol
I'd love to make a magnetic slingshot / rifle out of the last design. All you'd need is a way to automatically dispense bullets into the tube and a trigger to push them forward so that the magnets can fire it. I wonder how fast and far you could make the bullet travel
this guy could lead us into the future of flying cars.
0:53 this sound effect is best :)
Can't imagine how much all those good large magnets cost.
50$
7 million views; he made his money back.
@@wordsofcheresie936 sometimes even with 1 million views you could gain only 5 bucks tho but probably he got all those equipment for free from the company
@@AlwafiCharki Google pays $0.01 per view. That is just with google ads that most people block. He made way more than $5 from this.
@@nazgullinux6601 its not always 0.01$ per views , it depends on the country where the viewer is , and depends of how long he watched and depends on the content of the the video and how related it to the ad ..it complicated and for sure youtubers are earning waaaay less then what we think they are
I've had idea like this since I was 12 and love watching these. I'd really like to take with this young man and share some of my thought on it.
Super Nice! Congratulations Cheers from São Paulo-Brasil
Have ever tried a continuous magnetic circle and had a bearing essentially traveling forever?
0:16 dumbell 🏋️♂️💪
We makin out of gym with this one
We makin out of gym with this one
A friend and I built a rail gun in the shop where we repaired pinball machines, using flipper solenoids and the piston.
This guy has more magnets than grains of sand in the world
Magnets truly are fascinating.
I'd say, they attract our attention.
It is if you are 12
@@pcmatt9831 “They are if you are 12” is the correct response. Even 12 year olds know that.
Come italiano, sono fiero che questo canale esista
Man, there is actually a company building Al those magnetic pieces and bits, like Lego... Uauu. Good one.
OK, I lol'ed when it got to 1:13, obvious I know, but I haven't dealt with big super magnets in the past.
If you collect too many magnets, will all your neighbors' silverware come darting through the walls? ( OK, IRONWORK )
that bullet went faster than a jet it made me laugh alot keep it up
Благодарю! Попробуйте разгонять свободный магнит вместе с медным шариком с самого начала. Тогда медный шарик будет получать весь импульс движения свободного магнита, а не часть от него в результате соударения на финишной точке разгона. И на промежуточных местах разгона имеет смысл ставить белую внутреннюю шайбу для устранения прогибов трубки при движении свободного магнита.
Sin decir una sola palabra entendi todo perfectamente. Que maestria con imanes.
Wow! I love it. This would make a great science fair demo (with modifications for safety of course...) Neat!
It is so satisfying to watch it working and moving.
Great!!! Please make a circular track with infinitely moving wheels, please!
Не получится никогда!!!
I made a design like this in my science class in 8th grade in 1968. We were to design a perpetual motion machine without the use of water. No one in the class used magnets. I thought I had a great idea. We were only allowed to draw it on paper. I wished I could had built it. I know there is no such thing as a perpetual motion machine because over time the parts would break. My design involved heavy magnets, tube, a ball and two shutters. The teacher only gave me a B but I thought it was the best design in the class. The teacher never liked me for some reason. Funny I still remember that design after many years.
guess what it would never work ... well if you can shut one side of the magnet off or shield it then yes but there is no souch thing as perpetual mothion or similar things
@@achicken6477 I had a way to shut off the power of the magnets on each end. I know there you can’t have a perpetual motion machine because of the wear and tear of the parts.
@@dphotos007 no its not the wear and tear but it is the motion ... whore should all the energy come from ? the magnets then the magnets would runn out of power quickly (there is only so much egery in a certain thing like fuel wich has it stored in chemical form or a falling ball wich has it stored in kenetic or aball thats high in the air ... potential energy )
@@dphotos007 you can have perpetual motion. The planets themselves are in perpetual motion. What you can't have is free energy or have perpetual motion on earth, because of friction.
@@MichielvanderBlonk The tidal movements on earth are not bound by friction although they may be limited they are perpetual to the extent of our solar systems lifespan. If only a fraction of that energy was captured we would have ample power. It would not be free to set up the infrastructure itself similar to wind energy but it is perpetual motion in action on Earth.
I could see a perpetual motion device in the works with this. Just make the plastic tube one big circle. Then have a row of magnets at the bottom of the loop, and another row at the top. It would just be a matter of figuring out how many magnets would be needed to get the right speed on the ballbearing to get it all the way around the loop.