Did you ever notice that this kind of thing is not a motor but a brake? The disk, once set in motion manually, would spin a pretty long time without the magnet stuff.
Permanent magnets can actually be used as brakes! If you drive a magnet over conductor (guide rail or disk brake) it will generate eddy currents in the conductor which will work against magnet's motion. It's basically like a generator short circuited to itself - all the power that it generates goes against shaft rotation.
@@traininggrounds9450 It would have to induce an imbalance on the first and last magnet in the circle, which closes the magnetic field of the whole platform. It would like hidden electromagnetic coils powered by a battery with a mechanical breaker. The torque would be very small, but the "engine" would rotate until the battery is discharged. ))
your videos are so good and a time recording on your way to greatness...im exploring the same way into the unknown...at least i no longer feel alone in my quest after watching you...thank you
Wow, this is interesting for me as I made a very close design two yrs ago, I had angular magnets set out much like yours and I would say about the same size but I used beach wood and some shielding using mu metal on each magnet. My results looked much like yours but I had a problem with the rotor axis because of the strong forces involved. I failed to get any indicative results. This seems to go further than my project insofar as almost a complete rotation. great job. My shielding seemed to have a small effect. I calculated the right number of magnets on the stator relative to the rotor so that the magnets had graduation of entry to the opposing magnets, like your diagram 5:43
What a beautiful model of friction, notice how at high speeds it moves easily and at slow speeds it catches . just like pushing a couch, once is going don't stop until you are on the other side of the room.
To work properly, the distance between the stator magnets and the rotor magnets should vary to avoid interferences with the neighbor magnets. To me a hypocycloidal shaft would be terrific! (like planetary gears). The magnet situated on the inner wheel would come quickly near the outside wheel one, and then go away.. plus the last part of the movement is practically parallel to the diameter : it would not interfere with the nearby magnets.
That u don't... U r just a dog stairing the moon and astonishing, only... "What is this" don't want understand above it & let not others... Hey... Compliment at least for his creativity to support him. And never say anybody like that... Bczzzzz In science EVERYTHING IS POSSIBLE man... Read about scientists who reached to para science at the max of their scientific approach... Albert Einstein, Galileo, Da Vinci, Nicolus Tesla etc. Ok bro
what if the wheel had geared smaller wheels around it that had magnets that were timed to push rather than simply being fixed to one circumference sequence?
holy moly, cool magnets. You should try magnet pendulum + dynamic magnetic torque switch by pyrolytic graphite pendulum front of other fixed magnet. Yeash, never give up.
Наклон как раз таки влияет. Но человек все слишком примитивно делает. Не по закону в общем. Одни нужно наклонить те что снаружи а вот ротор внутри нужно выстроить ровно 90 градусов но чтобы сам магнит был именно до центра вала и касался её. 😊 будь у меня такие магниты за пять минут бы сделал но увы они очень подорожали нынче. На правильную рабочую схему нужно 4 длинных магнита и 38 × 3 квадратных. Магниты пытаются встать ровно когда притягиваются и на основе этого будет вращение.
How did you set up the axle that it's all spinning on? What components did you use for this part and did you have to weld anything together in this case?
Try and look at types of shielding that is mentioned in the Perendev docs. Once the shielding is installed, compare shielded parts with non shielded parts by using your ion filing perspex oil box. Results you will be looking for; is the backward magnetic force reduced, if yes, which material reduce it the most. Now, if there is any reduction in the drawback magnetic force, then success can be achieved, if not, then it might not be possible.
I did this same experiment with 3d printed rotor and stator . Doesn't work because the magnets make a field and not a pushing force. My neodymium collection costed a whole lot so I could imagine yours would be a pretty penny
Well, I recommend you ferromagnetic material between each iman to shield the magnetic field. Remember, an important concept in physics is to reach the equilibrium of the system, so, naturally, those magnets will 'find' the best position to save energy.
I think I can get you past that point with one big magnet and 2 coils. Big magnet would be on same shaft away from you unit. The large magnet would pass over the larger air core coil and have diode or rectifier between it and the neutralization coil at your gate. Now you have voltage without outside power source.
@@paulwilton735 almost like trying to find a multi-step process, have you ever considered contacting the slo-mo guys and filming this with high speed so it can be better analized?
Good information for magnet motor engineering, the test over ferro particles in fluid. But you don't need to fabricate nothing, I strongly suggest you to use an old hard disk.
Have you tried this, a circle 50cm, 60cm all on one point then divide into 12 (or 36)equal halves. 50cm is the wheel diameter while 60cm is the magnet diameter when placed, Draw a tangential line on the 60 cm in all the 12 lines. Let's say magnetic repulsive force distance is 10cm, then measure 10cm on all the tangential lines, placed the magnet on the 12 tangential lines at point 10cm. 11 to repel and 1 to attract. Note: it might not work.
This video proves to me that free energy is not possible in a magnet motor! If it were possible, they would be available at our local hardware store today!!!
I admire the willingness to experiment. However, science is also about understanding basic principles of physics like conservation of energy. Magnets are cool but they won't break physics for you.
@IvCastilla I think you're mistaken. The 2nd law of thermodynamics says the entropy of a closed system must decrease or at best remain constant. Try this thought experiment: The motor works and we hook it up to a pump, pumping air into a closed cylinder. Entropy decreases for the cylinder because compressing a gas like that goes against the pressure gradient. But if the motor works as advertised, the magnets are not physically changing so their entropy is staying the same. Adding the results together, we have a net *decrease* in entropy. This is impossible by the 2nd law, so the motor is absurd.
But we can't consider this as closed system. Magnets are physically changing. By influencing of the magnets in between each other they are slowly loosing its magnetic field which you are able to transform to the movement energy. Actually you are giving magnetic energy into system. That's like if we could be able to effectivelly collapse magnetic field of the permanent magnets , than we could directly transform this energy to another form according to first law of thermodynamics.
@Thomeeno I agree with this. If you're changing the magnets as the motor runs, you're not violating the laws of thermodynamics. But then what's the energy density of the magnets, and would there be any advantage vs. an electric motor running off batteries?
There are patterns to counting amount of energy stored in magnets, Amount of energy in standart magnets which you could have at home is counted in Joules or maximally tens Joules, but loosing magnetic field in magnets is really slow. This can¨t be comparable... Magnet motors are using nature energy (magnetic field), to make motion same as the wind plants using wind to make motion transferable via generators for electricity. While electric motors are just consuming electricity to make some work.
Have you looked into the how back array? And secondly have you considered using laptop or watch batteries to nullify can magnetic forces on whatever end is stopping you? Just an observation. Also a thin strip of zinc or nickel the kind a strip that comes with battery packs, could be used as kind of a kicker for the wheel that won't allow it to go backwards. Kind of like a playing card in the spoke of a wheel on bicycles long ago but positions so it can only click in One Direction and if it tries to go backwards it's prevented by that strip of metal metal
I appreciate your work, good job. Without people like you we will never reach theother solar system, honestly! Someone should do it right in the future, and they might learn on your contribution. Heads up!
Or, a linear wound around the circumference with 2inch copper pipe with ferrofluid as the prime mass mover. So ,looks like a donut with magnetonfluid in it ,wound with 360 bifiliar transformer sections. A 360 phase rectifier
try two wheels one on top of the other or three wheels with each wheel anchored on the same shaft and this way each wheel will have its seperate aray of magnets wich will not create so much negative intereaction as one wheel does with so many magnets in one plane hope this helps
The only thing your missing is little wheels that have spinning magnets to keep momentum and could have the little wheels have a crank that compresses a cylinder that recranks another small wheel with same air cylinder yo turn instead of the momentum wheel I have seen these before
have you tried allowing the magnets to wiggle back and forth a little bit as it goes past a field it would use its own energy and snap back. for the next push pull.
It needs more magnets on the outside than the inside for the same distance = more torque on stator than rotor. Ex: 30 magnets on rotor and maybe 40 to 50 magnets on stator... depending on results....keep the good work, i've been thinking about it many years ago and I like the way you experiment it and show to the world how magnets react between each other. Good luck, let me know if it works. Thanks !
The problem is you need a switch and electricity , and wire that is superconducting and when running it runs cold never hot ,it cools itself down as it runs .
You can only exterminate a resistance in a maximum. It can work with only changeable pole help.Because the magnets locking when they come between every time.Because magnets chooses easy ways like an electric.
I saw a guy once show how he shielded one side of the magnets with a piece of steel sheeting and a piece of aluminum sheeting on on the approach side. Maybe that will help it work some. HHHMMMM
Don't quit.! Winners never quit, quiters never win. You need a changing magnetic field. Of course, there's many ways to do that. Having choices/options is the whole key to every design. The right decisions are the key to everything..
Hi! To get past the issue magnetic field "locking", you need pulsed shielding of the magnets. You need to intermittently shield the magnetic fields of the driving magnets and the rotor magnets. This can be achieved using a small circuit board and power supply. Although it will require some input power, you should be able to achieve over-unity with the proper frequency of pulsed shielding. This pulsed shielding can be achieved by mechanically moving the shield using a motor, or by pulsed electrical current powering an electromagnet. Try using a smaller number of electromagnets for your driving motors and develop a circuit to pulse the magnets on/off as the wheel turns, so that they are only driving it in one direction.
You could also use that power supply you speak of to turn a small motor connected to the shaft/rotor.In which case you can eliminate the magnets altogether :)
What? The point of using the magnetic assembly is to convert the potential energy stored in the magnetic field into mechanical energy. The output of the device will be higher than the power input for the small motor. You're trolling right?
If "the output of the device will be higher than the power input for the small motor" then you could just have the output power the input. In other words You do not pass GO.
You could do that once it's running, but you'll need an external force to set the machine in motion. Kind of like hand starting a radial propeller engine.
It is best to start with a magnet rail and cart ,if you can get that moving along then build a rotor but start small to reduce the time experimenting,a good effort and demo.......
Did you try putting the ball magnets into tubes inside a x y axis where the balls could act as there own magnetic switch or gate to overcome the static flux and continue to perpetuate on the initial wave that is induced bye a push or pull
But with electromagnets theres a variation of magnetic field, its like pushing the wheel one magnet at a time, with magnets they just grab the wheel, try to stop it, not push it. Dont call people stupid if you are the stupid/ignorant dude.
Who tell you magnets dont have moving electrons? The diference is couse magnet is himself closed and in electrical power circuit are cloused in ground or a battery.
I think the problem with magnetic motors are the fact that you cannot take advantage of the full face of the magnet and only the bloch wall is captured threw the little gap in the field by creating the angle this is done.. B ut with pulse motor or dc motor you can take advantage of a full frontal view of the the iron core and the magnet itself for maximum repulsion or attraction which ever your after.
Thats impossible. The magnetic fields would have to come somehow to the camera and hit some hall sensors to work. Magnetic Fields dont spread like light.
(Portuguese Brazil) my friend watch from 3 minutes and 50 seconds where the video shows that we should make a glass to put the Ima inside so there is no attraction and there are no Fields lost only in front of the glass is that it should repel the Ima there Your infinite power motor will work perfectly
I believe there is a way just got to find the right combination or perhaps maybe a little help with some capacitors or whatever but I believe this is possible
Please could try this with a Halbach array and place one of your flux visualizers below and one above :) Oh and you should sell the visualizers for those of us with no time and no clue :)
NOW if you make 5 more taking it to a total of 6 and stacked them up mounting them all together offsetting each one you will have a motor that can be hooked to a electric motor and produce electricity
You can't cross positives and negatives or they will attract. The polarity has to be the same for all the magnets to repel each other. The magnets should be at a twenty degree angle and all polarized the same way.
Impressive workmanship. I've tried offsetting my magnets too by trying to get the field to dive into the adjacent magnet by offsetting half and on a 45 degree angle. Not my intended results. Two more experiments -? Would rotating n/s pole magnet create enough energy using the magnets to push and release by simple secondary electric wheel rotating a n/s pole magnet. 2 using same circular wheel design simple electric pulse. It would subsides the power of the magnets force and could be controlled with a reed switch.
At least he showed the true results rather faking it by rotating with a motor.
Did you ever notice that this kind of thing is not a motor but a brake? The disk, once set in motion manually, would spin a pretty long time without the magnet stuff.
Permanent magnets can actually be used as brakes! If you drive a magnet over conductor (guide rail or disk brake) it will generate eddy currents in the conductor which will work against magnet's motion. It's basically like a generator short circuited to itself - all the power that it generates goes against shaft rotation.
It's basically a magnetic couple
Look up thelma truck brakes
Don’t look up Louise truck brakes
It is used as brakes. There are spinning bikes using magnets to generate resistance
You can put all the magnets you want in the positions you want, this will never create energy is pure physical
Repulsion Attraction
Equal and opposite forces
No energy change in the system.
@@traininggrounds9450 It would have to induce an imbalance on the first and last magnet in the circle, which closes the magnetic field of the whole platform. It would like hidden electromagnetic coils powered by a battery with a mechanical breaker. The torque would be very small, but the "engine" would rotate until the battery is discharged. ))
Awesome fabrication skills!
Thanks for sharing
You do great, especially want to know your progress now, very much hope to see your project can be successful, look forward to!
I am a wood worker and an experimenter. This is very good work. Thanks for posting what represents many hours[a bunch] of the process.
Hello.. I have reed your comments. Would you be able in replicating the wood work? And I’ll buy it from you.
This is the first person I have seen spending all their monthly income on magnets..
LOL!!
Yeah and all for just a magnet motor that turned to be nothing more then a magnet motor soap👎
Thank you for sharing those many hours of painstaking work and measurements ..... a beautiful scientific approach!
your videos are so good and a time recording on your way to greatness...im exploring the same way into the unknown...at least i no longer feel alone in my quest after watching you...thank you
stop exploring free energy your wasting your time
So viel Zeitaufwand und Materialverschwendung für physikalischen Unsinn.
I think your headed in the right direction you just need to add electricity to it keep working on it.
No, the goal is make a magnet motor that ahould start & spin on it’s own, we only have to overcome that cogging problem.
Wow, this is interesting for me as I made a very close design two yrs ago, I had angular magnets set out much like yours and I would say about the same size but I used beach wood and some shielding using mu metal on each magnet. My results looked much like yours but I had a problem with the rotor axis because of the strong forces involved. I failed to get any indicative results. This seems to go further than my project insofar as almost a complete rotation. great job. My shielding seemed to have a small effect. I calculated the right number of magnets on the stator relative to the rotor so that the magnets had graduation of entry to the opposing magnets, like your diagram 5:43
What a beautiful model of friction, notice how at high speeds it moves easily and at slow speeds it catches . just like pushing a couch, once is going don't stop until you are on the other side of the room.
I really hope you get this to work someday. You put in a lot of monumental effort! Good luck buddy
Were theres a will, theres a way.
To work properly, the distance between the stator magnets and the rotor magnets should vary to avoid interferences with the neighbor magnets. To me a hypocycloidal shaft would be terrific! (like planetary gears). The magnet situated on the inner wheel would come quickly near the outside wheel one, and then go away.. plus the last part of the movement is practically parallel to the diameter : it would not interfere with the nearby magnets.
Dude, get a physics book and stop to talk BS. Hypocycloidal... WOW!
Appreciate your making and sharing of this video, good to see
I love your dedication.
Thank you for your dedication.
I like your determination and demonstration of your experiments. Hope you learned some good practical wood work skills along the way!
thank you for this video. now i see what the difference between written paper and real practice is. greetings from turkey
Hard to see how comments can be super cleaver from arm chair. Thanks for the video, learned a lot from it :)
What did you learn? Idiot.
That u don't... U r just a dog stairing the moon and astonishing, only... "What is this" don't want understand above it & let not others...
Hey... Compliment at least for his creativity to support him. And never say anybody like that... Bczzzzz In science EVERYTHING IS POSSIBLE man...
Read about scientists who reached to para science at the max of their scientific approach... Albert Einstein, Galileo, Da Vinci, Nicolus Tesla etc. Ok bro
what if the wheel had geared smaller wheels around it that had magnets that were timed to push rather than simply being fixed to one circumference sequence?
holy moly, cool magnets. You should try magnet pendulum + dynamic magnetic torque switch by pyrolytic graphite pendulum front of other fixed magnet.
Yeash, never give up.
thanks for the video,
I've seen motors make like Robert Adams design, and so many others. all I can say is keep up the hard work.
Очевидно что наклон магнитов никак не влияет на форму магнитного поля. Нерабочая конструкция, пустая трата времени. Хотя, видео красивое.
Наклон как раз таки влияет. Но человек все слишком примитивно делает. Не по закону в общем. Одни нужно наклонить те что снаружи а вот ротор внутри нужно выстроить ровно 90 градусов но чтобы сам магнит был именно до центра вала и касался её. 😊 будь у меня такие магниты за пять минут бы сделал но увы они очень подорожали нынче. На правильную рабочую схему нужно 4 длинных магнита и 38 × 3 квадратных. Магниты пытаются встать ровно когда притягиваются и на основе этого будет вращение.
How did you set up the axle that it's all spinning on? What components did you use for this part and did you have to weld anything together in this case?
А где мотор?
You need to introduce and remove the outer magnets in a timed manner, Resulting in a freewheel effect
It's a nice build. If it doesn't work for your intended function, it would make a very cool roulette wheel, especially behind a ferrocell.
Try and look at types of shielding that is mentioned in the Perendev docs. Once the shielding is installed, compare shielded parts with non shielded parts by using your ion filing perspex oil box.
Results you will be looking for; is the backward magnetic force reduced, if yes, which material reduce it the most.
Now, if there is any reduction in the drawback magnetic force, then success can be achieved, if not, then it might not be possible.
I did this same experiment with 3d printed rotor and stator . Doesn't work because the magnets make a field and not a pushing force. My neodymium collection costed a whole lot so I could imagine yours would be a pretty penny
Well, I recommend you ferromagnetic material between each iman to shield the magnetic field. Remember, an important concept in physics is to reach the equilibrium of the system, so, naturally, those magnets will 'find' the best position to save energy.
do you have a different number of magnets in the inner and outer rings?
Excelente Muchas felicidades y gracias por el video me ayudó a despejar muchas dudas.. me ahorró tiempo y dinero...
I think I can get you past that point with one big magnet and 2 coils. Big magnet would be on same shaft away from you unit. The large magnet would pass over the larger air core coil and have diode or rectifier between it and the neutralization coil at your gate. Now you have voltage without outside power source.
good idea..magnes are 2...u need a 3 to create rotation/movement
flat on the table u cant use gravitation..
nice magnetic gear you built. message me when your ready to make it a motor or generator
The magnet fields are symmetrical and thus the power to move through the field is equivalent with the moving magnetic power.
Have you considered movable fields? Like mounting the outer sets of magnetic blocks on a pivot and using triggers in the rotor to control timing?
You're the only one who gets it...good for you!
@@paulwilton735 almost like trying to find a multi-step process, have you ever considered contacting the slo-mo guys and filming this with high speed so it can be better analized?
Excelente trabajo!
What are those iron filing tanks with which you test out the magnets?
Good information for magnet motor engineering, the test over ferro particles in fluid. But you don't need to fabricate nothing, I strongly suggest you to use an old hard disk.
good job!
Have you tried this, a circle 50cm, 60cm all on one point then divide into 12 (or 36)equal halves. 50cm is the wheel diameter while 60cm is the magnet diameter when placed, Draw a tangential line on the 60 cm in all the 12 lines. Let's say magnetic repulsive force distance is 10cm, then measure 10cm on all the tangential lines, placed the magnet on the 12 tangential lines at point 10cm. 11 to repel and 1 to attract. Note: it might not work.
This video proves to me that free energy is not possible in a magnet motor! If it were possible, they would be available at our local hardware store today!!!
you're wrong
Your work and your analysis are excellent. 🇨🇵
Love the music, One day we will crack this problem and get it to work.
I admire the willingness to experiment. However, science is also about understanding basic principles of physics like conservation of energy. Magnets are cool but they won't break physics for you.
Magnetic repulsion motors do NOT break any physical law NOR 2nd thermo law.
@IvCastilla I think you're mistaken. The 2nd law of thermodynamics says the entropy of a closed system must decrease or at best remain constant. Try this thought experiment: The motor works and we hook it up to a pump, pumping air into a closed cylinder. Entropy decreases for the cylinder because compressing a gas like that goes against the pressure gradient. But if the motor works as advertised, the magnets are not physically changing so their entropy is staying the same. Adding the results together, we have a net *decrease* in entropy. This is impossible by the 2nd law, so the motor is absurd.
But we can't consider this as closed system. Magnets are physically changing. By influencing of the magnets in between each other they are slowly loosing its magnetic field which you are able to transform to the movement energy. Actually you are giving magnetic energy into system. That's like if we could be able to effectivelly collapse magnetic field of the permanent magnets , than we could directly transform this energy to another form according to first law of thermodynamics.
@Thomeeno I agree with this. If you're changing the magnets as the motor runs, you're not violating the laws of thermodynamics. But then what's the energy density of the magnets, and would there be any advantage vs. an electric motor running off batteries?
There are patterns to counting amount of energy stored in magnets, Amount of energy in standart magnets which you could have at home is counted in Joules or maximally tens Joules, but loosing magnetic field in magnets is really slow. This can¨t be comparable... Magnet motors are using nature energy (magnetic field), to make motion same as the wind plants using wind to make motion transferable via generators for electricity. While electric motors are just consuming electricity to make some work.
You could also obtain very interesting results using reuleau triangles.
I think you created some sort of braking system
Have you looked into the how back array? And secondly have you considered using laptop or watch batteries to nullify can magnetic forces on whatever end is stopping you? Just an observation. Also a thin strip of zinc or nickel the kind a strip that comes with battery packs, could be used as kind of a kicker for the wheel that won't allow it to go backwards. Kind of like a playing card in the spoke of a wheel on bicycles long ago but positions so it can only click in One Direction and if it tries to go backwards it's prevented by that strip of metal metal
I appreciate your work, good job.
Without people like you we will never reach theother solar system, honestly! Someone should do it right in the future, and they might learn on your contribution.
Heads up!
Интересная фантазия
is there is any material that does not allow any magnetic field from magnet.?
Static field wouldn't make a job. Keep in mind the second law of thermodynamic.
Or, a linear wound around the circumference with 2inch copper pipe with ferrofluid as the prime mass mover. So ,looks like a donut with magnetonfluid in it ,wound with 360 bifiliar transformer sections. A 360 phase rectifier
try two wheels one on top of the other or three wheels with each wheel anchored on the same shaft and this way each wheel will have its seperate aray of magnets wich will not create so much negative intereaction as one wheel does with so many magnets in one plane hope this helps
The only thing your missing is little wheels that have spinning magnets to keep momentum and could have the little wheels have a crank that compresses a cylinder that recranks another small wheel with same air cylinder yo turn instead of the momentum wheel I have seen these before
have you tried allowing the magnets to wiggle back and forth a little bit as it goes past a field it would use its own energy and snap back. for the next push pull.
It needs more magnets on the outside than the inside for the same distance = more torque on stator than rotor. Ex: 30 magnets on rotor and maybe 40 to 50 magnets on stator... depending on results....keep the good work, i've been thinking about it many years ago and I like the way you experiment it and show to the world how magnets react between each other. Good luck, let me know if it works. Thanks !
if you change half of that magnets with aluminun pieces in the rotor?
The problem is you need a switch and electricity , and wire that is superconducting and when running it runs cold never hot ,it cools itself down as it runs .
You can only exterminate a resistance in a maximum. It can work with only changeable pole help.Because the magnets locking when they come between every time.Because magnets chooses easy ways like an electric.
So much free energy conspiracy in the comments, i love to read these! Thanks, youtube recommendations
I'm wondering what will happen if a paramagnetic or a diamagnetic metal is placed between each row
I saw a guy once show how he shielded one side of the magnets with a piece of steel sheeting and a piece of aluminum sheeting on on the approach side.
Maybe that will help it work some.
HHHMMMM
strong magnets, weak brain.
If you do not use a magnetic shield or neutralize the magnet all times you will arrive to an equilibrium.
Don't quit.! Winners never quit, quiters never win. You need a changing magnetic field. Of course, there's many ways to do that. Having choices/options is the whole key to every design. The right decisions are the key to everything..
Show please how looks like magnetic feald while magnet is warming
Yeah that's only available on Pluto...
The piano sounded nice.
Why did the footage cut at the moment you would be testing the one and only design in this video that showed promise fully completed?
Hi! To get past the issue magnetic field "locking", you need pulsed shielding of the magnets. You need to intermittently shield the magnetic fields of the driving magnets and the rotor magnets. This can be achieved using a small circuit board and power supply. Although it will require some input power, you should be able to achieve over-unity with the proper frequency of pulsed shielding.
This pulsed shielding can be achieved by mechanically moving the shield using a motor, or by pulsed electrical current powering an electromagnet. Try using a smaller number of electromagnets for your driving motors and develop a circuit to pulse the magnets on/off as the wheel turns, so that they are only driving it in one direction.
You could also use that power supply you speak of to turn a small motor connected to the shaft/rotor.In which case you can eliminate the magnets altogether :)
What? The point of using the magnetic assembly is to convert the potential energy stored in the magnetic field into mechanical energy. The output of the device will be higher than the power input for the small motor. You're trolling right?
osu sucks good ideas!
If "the output of the device will be higher than the power input for the small motor" then you could just have the output power the input. In other words You do not pass GO.
You could do that once it's running, but you'll need an external force to set the machine in motion. Kind of like hand starting a radial propeller engine.
It is best to start with a magnet rail and cart ,if you can get that moving along then build a rotor
but start small to reduce the time experimenting,a good effort and demo.......
Did you try putting the ball magnets into tubes inside a x y axis where the balls could act as there own magnetic switch or gate to overcome the static flux and continue to perpetuate on the initial wave that is induced bye a push or pull
Try using a metal that is none magnetic instead of wood, to block out/narrow the magnetic fields, so it blocks out the attractive force.
you have to rotate the magnet just like a squirrel cage rotor, the magnet in the rotor has to touch two of the opposite
Yet another video about how magnet motors don't work!
But with electromagnets theres a variation of magnetic field, its like pushing the wheel one magnet at a time, with magnets they just grab the wheel, try to stop it, not push it.
Dont call people stupid if you are the stupid/ignorant dude.
Norm T Electric motors run on electricity i.e. moving electrons that create a MOVING magnetic field, that's the difference
Who tell you magnets dont have moving electrons? The diference is couse magnet is himself closed and in electrical power circuit are cloused in ground or a battery.
For me is a matter of time until somone find a tehnologicaly way to make a self motor from them
Magnets have been around for a long time, so have smart people, if it could be done someone would have done it by now
Shit, I saw this 2 years ago, and now I woke up in the future! AMAZING
Why do you set them for attracting? The first construction would rather work if you set magnets for repelling (red to red or blue to blue)
I think the problem with magnetic motors are the fact that you cannot take advantage of the full face of the magnet and only the bloch wall is captured threw the little gap in the field by creating the angle this is done.. B ut with pulse motor or dc motor you can take advantage of a full frontal view of the the iron core and the magnet itself for maximum repulsion or attraction which ever your after.
You know with all this technology out here it amazing how no one has developed a camera that can see a magnetic field
Thats impossible. The magnetic fields would have to come somehow to the camera and hit some hall sensors to work. Magnetic Fields dont spread like light.
@@flavioernst902 ok I understand now....it just would be cool to see though
(Portuguese Brazil) my friend watch from 3 minutes and 50 seconds where the video shows that we should make a glass to put the Ima inside so there is no attraction and there are no Fields lost only in front of the glass is that it should repel the Ima there Your infinite power motor will work perfectly
I believe there is a way just got to find the right combination or perhaps maybe a little help with some capacitors or whatever but I believe this is possible
Have u tried alternating pos. neg. pos. neg. ? To cancel out equaliblium?
Nice job, good base for some conventional motors. Try flux concentration arrangement.
Try putting the inner wheel magnets at the Angle of the golden spiral ratio, or use curved magnets. You'll notice less resistance. ;)
Please could try this with a Halbach array and place one of your flux visualizers below and one above :) Oh and you should sell the visualizers for those of us with no time and no clue :)
try having the same poles facing each outher as they will repel each outher and angle the outside ones it should continu to spin 4 eva
В статоре магниты должны быть под углом, чтобы не останавливался, а в роторе 27-32 градуса к оси
NOW if you make 5 more taking it to a total of 6 and stacked them up mounting them all together offsetting each one you will have a motor that can be hooked to a electric motor and produce electricity
You can't cross positives and negatives or they will attract. The polarity has to be the same for all the magnets to repel each other. The magnets should be at a twenty degree angle and all polarized the same way.
Did you build or buy the ferronfluid boxs? How did you build them or where to buy? ThankYou! Great work!
I adore your work. I envy you the magnets. I hope you have a lot of fun playing with what you do. But... What is that you are trying to achieve?
insight
ua-cam.com/video/UZaRMt6xhoE/v-deo.html
Fantastic demonstration, against those Perpetuum-Mobile fanatics !
I believe the missing key is chirality
Impressive workmanship. I've tried offsetting my magnets too by trying to get the field to dive into the adjacent magnet by offsetting half and on a 45 degree angle. Not my intended results. Two more experiments -? Would rotating n/s pole magnet create enough energy using the magnets to push and release by simple secondary electric wheel rotating a n/s pole magnet. 2 using same circular wheel design simple electric pulse. It would subsides the power of the magnets force and could be controlled with a reed switch.
Nice job
Bravo! ...per tutta la voglia e impegno
Did you try using graphite as magnet wave divider?