It extends the field on one side and reduces it on the other while making the magnetomotive force stronger on the side which it extends the range while making it weaker (by proximity) on the side with decreased range. It is all about the quantity of magnetic flux which cross a material. The more magnetic flux cross a material, the stronger the magnetomotive force will be.
It’s actually a hoax. That arrangement of magnets doesn’t do what he claims. The test was inconclusive at beat and he used two unknown pieces of metal that could have effected the results.
Whoa whoa WHOA!!! you can’t have the weak side magnet set up on an acrylic base and the strong side test having a metal backing that’s 100% bias even if it’s not the best ferrometal. Plus I think what side the metal backing on matters too probably
what determines the "strong side" and the "weak" side??? wouldn't the poles be pointing the "other way" if the array was turned upside down or turned like a wheel?
Hm i think that hes just using the poles in that config so that he can have the same pull as a bigger magnet with smaller ones. So hes basically making it more choppy to gain pull force.?
So my box of guitar pickups piled in may actually not have been ruined by my pathetic storage method? I guess I will try them out with more confidence.
Gibt es ein Verhältnis von Kraft auf der starken Seite zu Kraft auf der schwachen Seite? Zum Beispiel die starke Seite ist doppelt so stark wie die schwache Seite? Wenn die starke Seite 2kg zieht, zieht die schwache Seite nur 1kg? Wäre für eine Info sehr dankbar
thanks for the demo, got interested in this last week trying to figure out my hard drive magnets only worked on one side. The marking of the magnets help to see the arrangement a lot better than most other things I have seen on the subject
Hi ;I want to do a project using arduino and magnetic field effect(halbach etc...). I need to move the toy vehicles that I will use in the project and make them go to the correct positions. IS this possible with arduino and low DC Voltage ? or no way Thanks.
Thank you. I will use that setup for magnets for attaching a antenna box temporarily on my car when flying with my quad. Suction cups are better for driving, but I will not for using while driving.
Can this be done with a series of 3 or 7 cube magnets, and if yes.....does it still have a similar effect? Is it noticeable with a smaller configuration.
So the weak side the field is there just tighter to the magnet. Pulled to the other side? I'm thinking about building a generator. Using the Halbach. and use 1/2" cubes n52's and 1/2" x 1/8" in-between . however, I haven't even experimented yet. I don't want to waste cash. Do you think this will work? Using the thin magnets facing with North/south on the East/west sides ? Thanks
if you talk about a free energy generator you will not be able to reach the target, but not for the halbach array but only because it is not possible. In any case, the Halbach array is best built with all magnets of the same size, and at least 5 magnets
Magnetic Games NO! I'm not in to that FREE shi stuff! I'm working on a wind turbine. And possibly a tiny hydro electric generator. But now a axial flux wind turbine. Traditionally 1" x 2" x 0.5" have been used. And since I heard Tesla used this array in their motors. And since they generate power also. I'm thinking why not? I don't build and sell. It's just diy projects... What'your opinion?
I built a simply array with 5 cubes and my 3d printer. Holding a North or South pole over the strong or weak side does indeed reveal the amplified or diminished N/S on each side (per cube). However Im not seeing any sort of polarity "alternating" between North and South at all. Can you clarify what you mean? thanks!
I sketched in a simple magnetic fields in an image in the video (1.31). if you approach a ferromagnetic material, such as the screw in my video, you do not realize this alternating polarity, because iron is not polarized. if instead the array approaches another magnet will see a different behavior, the magnet will be attracted or repelled according to the point in which you put it.
Hello!! Could someone perhaps give me some examples as to how such a asymmetrical array can be practically applied, or maybe just the benefits of this arrangement? I'm sure it's glaringly obvious, but I'm afraid it's beyond me!! Thanks!!
@@MagneticGamesIT Aaahhhh, got it!! Yes, a few years back I was quite involved in studying permanent magnet motors and, in some of my designs, such shielding would have been very beneficial!!!
Brazilian research shows a result impossible to happen due to the law of physics in electric power electricity. It absorbs 35 watts of power and powers the power to 140 watts, consuming only 35 watts of power. th-cam.com/video/aEyXmsn9Mlo/w-d-xo.html The hope of the world is in our research, who has energy has the power.
Can you please name it’s dimensions and grade also? And Sir, if possible then do share me from where did you get such various different array patterns.
Wrong. The magnet power does not double. Increases field intensity, (H) because magnetic lines are concentrated on one of the faces Otherwise the experiment is good
Hey. Fun videos. If you were going to do a project with magnets in which you wanted something to align perfectly to a certain orientation using 2 sets of magnets on the base as well as the object you want to face in a particular direction what would be a good way to do that with flat round magnets? I thought about an arrow but I didn’t want to super glue them without first doing research. I found these videos but nothing specific about using magnets to perfectly make something face in a specific direction. If anyone has any input I’d appreciate it. Thanks.
Hi, what is the effect of the neutral poles? And what is the relation between the size of the north/south poles to these intermediary poles? I see motor designs where the intermediary poles are much smaller than the actual poles
Next experiment, take 2 flat disc magnets and push the like poles together, but allow one side to be higher than the other in a sideways "V" configuration. see what happens to the field
Okay. Physicist I am not, but...If you can do this, then why can you not make something that continues to always spin with the earth, perpetually, given enough initial boost? Like alternating magnetic gears, but you need electronics for that to keep going, and external power. Not if you can double the effect of it, alternating, like gear ratio... Wouldn't it just need an assist? Like the space shuttle, only inside the planet.
of course, they are attracted with a force greater than the normal magnets. The drawback is that it is then difficult to separate them without breaking the array
right. but i need a shape of array for this attraction. i mean the field direction and the cube direction for this type of attraction array. for example with cube 5mm neod. magnets. 2 array must be same direction cubes or in opposite direction. ???
You need to do two identical arrays, when you approach the strong sides need to be careful alternation of polarities. As in normal magnets opposite poles attract. To explain better look at my array. If you want to combine two arrays like these you have to turn one on the long side and you will have two arrays together and aligned. if you rotate one array from the short side instead you will still attraction but arrays are not aligned
Right . thank you veryyyy much. so if i have identical array i will have the most attraction between them. and if the magnets be cube (not block) the arrays will be aligned anyway.
and one other thing. excuse me . and thank you for your time.its matter the begining of array be which side of magnets?. i mean S be up or be down or be left or be right or N be up or down or left or right?? or its not important i start the array from which side of magnets?
the 2 arrangements of the magnets are opposite, the fact that they are positioned on non-equal metal plates does not affect the side without a metal plate
If you want to see what a magnetic field looks like in a ferrocell just click my icon. Hardly any body knows what a ferrocell is. simply it is 2 pieces of glass with ferrofluid between them and lit with LED lights. A magnet is placed close to the glass and a visual of the magnet field is seen. Its 3d too but you cant really see that in a video.
Brazilian research shows a result impossible to happen due to the law of physics in electric power electricity. It absorbs 35 watts of power and powers the power to 140 watts, consuming only 35 watts of power. th-cam.com/video/aEyXmsn9Mlo/w-d-xo.html The hope of the world is in our research, who has energy has the power.
Sir...... if we added two magnet it just gain more power right..... 2 is stronger than 1.......... so do we really need to do like you just do in this expiriment
I noticed if I have 2 sets of Neodymium magnets. One set has a 1 inch piece of non magnetized steel at the pole end on. If I bring the other magnets with the opposing pole towards the steel then I feel repulsive force but as I bring it even closer the magnet connects to the steel with attraction. Something is happening inside the steel as I bring magnet closer to change from repulsion to attraction.
You make a very interesting observation. I have noticed this too. I think what is happening is sort of a battle for the allegiance of the steel between the two magnets. The steel acts just like a permanent magnet as long as it's in the presence of a strong enough magnetic field, with the orientation being according to the field it's being influenced by. When one magnet is already in full contact with the steel, the steel is fully in sync with that magnet. The steel is basically an extension of that first magnet. But when you bring a second strong magnet to the other side in an orientation that repels, the first reaction is repulsion because the second magnet is too far away to be able to "steal" any of the allegiance of the steel. But as you bring it closer, some of the steel on the surface which is slightly closer to the second magnet begins to align with the second magnet, which starts to create attraction. Once you force the second magnet all the way to the surface of the steel, you now have half of the steel aligned with magnet 1, and the other half aligned with magnet 2. So because the two magnets are further away from each other than they are from the steel, the repulsion between the two magnets is weaker than the attraction to the steel, which is in direct contact with both magnets.
That is because of the magnetic flux density of steel. Steel can conduct far more magnetic flux per volume than air. Problem is, the other side is not any stronger. With this configuration the strong side is much stronger than the magnets in normal configuration. Also this effect is independent of the steel plate, later in the video he shows the magnets with the weak side facing away from the steel plate
Now, I don't doubt that this is real, but your experiment doesn't actually prove anything. You're not using the same set of magnets for measuring from both sides. For all I know, you could use weaker magnets for the "weak side" demo, and stronger magnets for the "strong side".
you could use clamps!! also i notice one array is mounted on what looks like steel and the other on what looks like aluminium. this is not a fair demonstration. i suggest you remove the array from the metal plate and use g-clamps or whatever to hold it in place, then test BOTH sides of the same array.
@@paultomasi its steel duh, look how he puts both half of the magnets on the steel they both slam on there so both substrates where steel. it has to be otherwise you cant assemble it the way he does by putting both together. the forces are strong and doing magnet fr magnet is really hard. so this is an awesome trick. !
won't that only cause a problem at the ends? Since he has 2 array units end to end, that means there's at least a whole array unaffected in the middle, doesn't it?
It only increases the strength of every other magnet and reduces the strength of every other one. The net amount is less then a straight array as per the magnet man YT video. So its misleading to say it doubles the strength.
Hi; the magnets must be stick together or be close together? Which one give the most power of array magnet? If the magnets be closer the power will increase???
Además de persona inteligente y entretenida, lo más importante, es que creo que res una buena persona, excelente de podría decir, o quizá mejor no llegar hasta ese. No vaya s ser, que atraigas como un un imán a las fuerzas negativas, que esas si que son, negativas de verdad y además cosa que no sucede con nada material, solo sucede con fuerzas negativas negativas o la repulsión de cerebros y mentes, tan solo por esa causa última que se a nombrado sin nombrar. . Entretenido no es solo, eso es sólo una pequeña parte, todo lo demás es siempre interesante, para otras fuerzas negativas, es tan solo eso, pero hablamos de magnetismo, no de lo personal? lo personal por gracia o desgracia, no es más que tan solo de uno, y ese uno no es como un imán cualquiera, es magnético siempre, no cuando otro imán "electromagnético" (cuando solo es magnético, u otro cerebro le hace ser magnético, solo en ese caso) pero, claro, no solo el imán natural es magnético siempre o por las leyes de la naturaleza, por ahora así es, también curioso, como lo es el metal de "mercurio." . Pero claro , se vuelve a repetir, tanto el uno como el otro, se encuentran como se encuentra cualquier ser vivo o cualquier ser del universo y por ahora o todavía, es parte de la naturaleza a nivel no solo y único, existe el grano de polvo. el grano de polvo puede ser una vida o algo superior, no solo una simple curiosidad, tal y como las fuerzas magnéticas, no sólo existe esto en la vida, existe el grano de polvo, tan I'mportante como las fuerzas magnéticas, o como si no, se podría comprobar unas y otras cosas tan importantes? . Quizá unos sean polvo y otros magnetismo, quizá mejor juntos que separados o separados, o separados y juntos. Nunca se puede ser magnético si se está separado tan sólo o polvo juntos, algo distinto siempre hay, las fuerzas negativas negativas, por supuesto, quieren poseer a ese algo distinto, pero no puede ser nunca si se invierten polos o no se sabe darles la vuelta. . Pues no puede ser el ser negativo negativo... a la fuerza , de todas maneras uno es más que un simple objeto de curiosidad, más que fuerzas negativas o positivas, pertenece al universo. Más que polvo, más que el frasco, que lo contenga. Lo negativo negativo, no existe excepto en el cerebro perdido.
I discovered this effect from a thought experiment... And I started asking questions on Google then boom here I am just as I imagine it but I was little off
I'm not the video creator nor a magnet expert however I'd have to disagree with part of your comment. The different polarities of each magnet are clearly marked on them and the arrangement of said polarities is shown. The video even shows you how to counteract the resistance of polarity crossover and how to maintain their position by gluing them together. Of course he's showing how he did it but he's also showing the 'how to' too.
Did the frequency of light reflected from each magnet formation(as represented by colour) somehow effect the magnetic fields ability to transmit electrons?
this proves NOTHING. i notice one array is mounted on what looks like steel and the other on what looks like aluminium. this is not a fair demonstration. i suggest you remove one of the arrays from the metal plate and use g-clamps or whatever to hold it in place, then test BOTH sides of the same array.
The funny thing is how idiots think there is no aether around a magnet to cause the fields. It just happens by nothing acting upon electron particles over distance according to people with no rationale. This force vector... ect. As if vectors have any physical meaning at all, when they do not. A force vector can only be a mediator between two physical entities, not a standalone "thing" in and of itself.
you are doubling nothing, there is no free lunch in physics. It's like doubling the amount of water in a glass by pouring water from another glass of water. You may have more water in one, but you have less water in another..
He used the magnetic strip to block the magnetic field from the other side of the magnets so that you could see that the weak side was indeed weak. Otherwise, the nail would have just been influenced by the field produced by the strong side, and the weak side of the magnets would not have been noticed. Not sure how to answer your other questions though sorry!
Thank you. This is just what I needed. It is almost impossible to force magnets together in this arrangement but the metal sheets make it possible.
“It is impossible until it’s possible”
It doesn't look like it extends the magnet's range of influence, but rather just the strength of the attraction. Fascinating!
It extends the field on one side and reduces it on the other while making the magnetomotive force stronger on the side which it extends the range while making it weaker (by proximity) on the side with decreased range. It is all about the quantity of magnetic flux which cross a material. The more magnetic flux cross a material, the stronger the magnetomotive force will be.
Magnets always have a poor range of influence dude….
@@Alex-tm4th wtf does that have to do with anything
Are those diametrically magnetized magnets?
Great video, I understand how it works without breaking a sweat.
It’s actually a hoax. That arrangement of magnets doesn’t do what he claims. The test was inconclusive at beat and he used two unknown pieces of metal that could have effected the results.
@@aarone.5212 how do you know?
OH YOU'RE THE BEST VIDEO MAKER HONESTLY TRULY I SWEAR
U LABEL THE SIDES FOR CLARITY!
THANK YOU! SO MUCH :)
Thank you for watching :)
새로운 무언가가 발명되어 만들어 졌으면 좋겠네요
응원합니다.
Whoa whoa WHOA!!! you can’t have the weak side magnet set up on an acrylic base and the strong side test having a metal backing that’s 100% bias even if it’s not the best ferrometal. Plus I think what side the metal backing on matters too probably
Ciao Mirko, questo sarebbe più o meno un diamagnetico?
+Roobert33 lo definirei più simile ad un monopolo magnetico. Sul lato debole il campo è molto ridotto , su quello forte è quasi raddoppiato.
Hi. which metal sheet you have used? Also, could you give it's measurement?
Cool！I know how it works~
very useful, thanks!
Wow that's really clever. Just like a polymagnet!
thank you , yes is a similar effect ... but polymagnet are very coooool
what determines the "strong side" and the "weak" side??? wouldn't the poles be pointing the "other way" if the array was turned upside down or turned like a wheel?
Hm i think that hes just using the poles in that config so that he can have the same pull as a bigger magnet with smaller ones. So hes basically making it more choppy to gain pull force.?
Great video for starters. A good exercise to practice after watching the video would be to draw out the magnetic field circuit.
Fascinating experiment, thanks for sharing!
+Cobrakiller2000 thank you Pasi ... this is one of the last little challenging experiments I have in mind :-(
have you ever exposed that configuration in a ferrofluid?
Thanks !
thank you!!!
Plz upload more video because I watch this video everyday....
I love magnetic game......
thank you :-) i will try
You are the great.....plz try...
does "forcing" the magnets into this sort of arrangement cause them to degrade or normalize over time? Great video. Thanks for posting!
Thank for watching :) .. the magnets degrade only if subjected to high temperatures
So my box of guitar pickups piled in may actually not have been ruined by my pathetic storage method? I guess I will try them out with more confidence.
@@MagneticGamesIT what about work vibrations and exposure to AC-induced fields such as in motors?
I was trying to find a tutorial to make them and thankyou for this video this really helped me for my project Thankyou😅😮
Gibt es ein Verhältnis von Kraft auf der starken Seite zu Kraft auf der schwachen Seite? Zum Beispiel die starke Seite ist doppelt so stark wie die schwache Seite? Wenn die starke Seite 2kg zieht, zieht die schwache Seite nur 1kg? Wäre für eine Info sehr dankbar
Very nice work construction was tricky.
+AVAMagneticlev thanks Adam, the first attempts the array is broken immediately. I then decided to leave a metal plate attached as protection
thanks for the demo, got interested in this last week trying to figure out my hard drive magnets only worked on one side. The marking of the magnets help to see the arrangement a lot better than most other things I have seen on the subject
Thank you for watching :)
Ive noticed that too. Is the metal that the magnet is mounted on reduce the magnetism on one side?
Can we make one perticular side entirely strong north, while other side entirely weak south. Please reply.
certainly, this is the main concept of this video :)
@@MagneticGamesIT Hi, can you draw how to make stronger magnet without changing a polarity on both sides? To get only strong north and weak south.
Nice. Can I build one with even number magnet? I mean 6 instead standard 5 or 9? Thanks for share.
Thank you :-). It is always best to use an odd number to complete, on the strong side, a series of 3 magnets with the same polarity
does two halbach arrays repel? please explain its repulsion force.
North and South poles still work the same way.
Whats that green sandpaper looking sheet you use @ 1:41?
Any idea why magnum does that? Is that because link in series? While the other arrange create cancellation ?
Is the field weaker, smaller, or both?
Both
Hi ;I want to do a project using arduino and magnetic field effect(halbach etc...). I need to move the toy vehicles that I will use in the project and make them go to the correct positions. IS this possible with arduino and low DC Voltage ? or no way Thanks.
Thank you. I will use that setup for magnets for attaching a antenna box temporarily on my car when flying with my quad. Suction cups are better for driving, but I will not for using while driving.
Hey man, what is that thing you use to see the magnetic field? Thx
you can find the links to the products in description :)
@@MagneticGamesIT oh cool, thx!
Could it be used in loudspeakers ?
with a different arrangement probably yes
Can this be done with a series of 3 or 7 cube magnets, and if yes.....does it still have a similar effect? Is it noticeable with a smaller configuration.
I'm not sure it works with 3 magnets, it takes at least 5
@@MagneticGamesIT Thanks
And if you connect 5 cubes lengthwise and across (3x3), will it work?
Any idea if it useful in rail
So the weak side the field is there just tighter to the magnet. Pulled to the other side? I'm thinking about building a generator. Using the Halbach. and use 1/2" cubes n52's and 1/2" x 1/8" in-between . however, I haven't even experimented yet. I don't want to waste cash. Do you think this will work? Using the thin magnets facing with North/south on the East/west sides ? Thanks
if you talk about a free energy generator you will not be able to reach the target, but not for the halbach array but only because it is not possible.
In any case, the Halbach array is best built with all magnets of the same size, and at least 5 magnets
Magnetic Games NO! I'm not in to that FREE shi stuff! I'm working on a wind turbine. And possibly a tiny hydro electric generator. But now a axial flux wind turbine. Traditionally 1" x 2" x 0.5" have been used. And since I heard Tesla used this array in their motors. And since they generate power also. I'm thinking why not? I don't build and sell. It's just diy projects... What'your opinion?
my approach is always experimental, so having never tried a motor with halbach array I can not say if it works better ... but it's worth trying
Good one. Can you make a magnetic track from Halbach array to levitate a train cart?
+Zeeshan Ahmad it is possibile but not easy to do ... Maglev work so
Thanks for doing this video. One question, is the strong/weak side a single polarity or is each side still a mix of North and South?
on both sides of the polarity alternates. the strong side alternates 4 times, on the weak side alternates 12 times
I built a simply array with 5 cubes and my 3d printer. Holding a North or South pole over the strong or weak side does indeed reveal the amplified or diminished N/S on each side (per cube). However Im not seeing any sort of polarity "alternating" between North and South at all. Can you clarify what you mean? thanks!
I sketched in a simple magnetic fields in an image in the video (1.31). if you approach a ferromagnetic material, such as the screw in my video, you do not realize this alternating polarity, because iron is not polarized. if instead the array approaches another magnet will see a different behavior, the magnet will be attracted or repelled according to the point in which you put it.
Hello!! Could someone perhaps give me some examples as to how such a asymmetrical array can be practically applied, or maybe just the benefits of this arrangement? I'm sure it's glaringly obvious, but I'm afraid it's beyond me!! Thanks!!
a stronger magnetic field is obtained using fewer magnets, the weaker part is easier to shield, it is used in particle accelerators
@@MagneticGamesIT Aaahhhh, got it!! Yes, a few years back I was quite involved in studying permanent magnet motors and, in some of my designs, such shielding would have been very beneficial!!!
what kind of glue do you use?
it is a strong but not quick-setting glue, Bostik max repair
+Magnetic Games : 1) si possono fare array H. con il lato forte di una sola polarità ? 2) Se si , come ? Grazie . Saluti .
La peculiarità di questo Array è proprio quella di avere le polarità alternate
thank you
thank you for watching :)
Brazilian research shows a result impossible to happen due to the law of physics in electric power electricity.
It absorbs 35 watts of power and powers the power to 140 watts, consuming only 35 watts of power.
th-cam.com/video/aEyXmsn9Mlo/w-d-xo.html
The hope of the world is in our research, who has energy has the power.
This looks and works like an array of loudspeakers
Can you please name it’s dimensions and grade also? And Sir, if possible then do share me from where did you get such various different array patterns.
on supermagnete.com ... link in description :)
Why don't we see the same done with their complementary coils, in motors using Halbach arrayed magnets?
Wrong. The magnet power does not double. Increases field intensity, (H) because magnetic lines are concentrated on one of the faces Otherwise the experiment is good
thanks for clarificaion
Tudorel is correct.
So what does increased field intensity do?
In an induction motor, you need the magnetic field only on the inner side of the stator, right?
Tesla uses this method in their Model 3 engines.
@@skipsteel Yup they do
Hey. Fun videos. If you were going to do a project with magnets in which you wanted something to align perfectly to a certain orientation using 2 sets of magnets on the base as well as the object you want to face in a particular direction what would be a good way to do that with flat round magnets? I thought about an arrow but I didn’t want to super glue them without first doing research. I found these videos but nothing specific about using magnets to perfectly make something face in a specific direction. If anyone has any input I’d appreciate it. Thanks.
What happens of you don't use the glue?
the magnets do not stay in the correct position
What is the red color?
Bhi jan ya magnetic kha sa mila ga ap bata Sakta ha
Why don't you show the strength of both sides of same magnetic pair.
Hi, what is the effect of the neutral poles? And what is the relation between the size of the north/south poles to these intermediary poles?
I see motor designs where the intermediary poles are much smaller than the actual poles
Next experiment, take 2 flat disc magnets and push the like poles together, but allow one side to be higher than the other in a sideways "V" configuration.
see what happens to the field
thanks for tip :)
Where did you get these magnets ?
on supermagnete.com . i suggest you cube shape, i think work better for this experiment
What kind of glue is that being use to stick the magnets together, l've try super-glue, glass-glue and PMMA-glue, but none of it works.
it's bostik max repair ... This glue must act for at least 12 hours to solidify the array
Looks like the effective pole count reduces by a factor of 2
I want to know you were using adhesive for making halbach array.please give me information. link or name. thanks
I used the bostik max repair, you can use a metal glue, it avoids the quick setting glues
Experiments on 🌏 Are remarkable...So much Strength Is revealed here with...EternalDeeS💫👁🖤
try the same project but without ferro plate
you can do, I've already tried, but the array is very brittle easily broken to the first bump
What happens if the metal plate is removed?
the array would break easily, I tried but it did not last long
@@MagneticGamesIT another commenter said the metal (I assume ferromagnetic) plate hampers the effect. How does a different material compare?
Okay. Physicist I am not, but...If you can do this, then why can you not make something that continues to always spin with the earth, perpetually, given enough initial boost? Like alternating magnetic gears, but you need electronics for that to keep going, and external power. Not if you can double the effect of it, alternating, like gear ratio... Wouldn't it just need an assist? Like the space shuttle, only inside the planet.
👌👍👍👍👍👌❤️
Hi , what happen if we close two halbach array together?attract each other?
of course, they are attracted with a force greater than the normal magnets. The drawback is that it is then difficult to separate them without breaking the array
right. but i need a shape of array for this attraction. i mean the field direction and the cube direction for this type of attraction array. for example with cube 5mm neod. magnets. 2 array must be same direction cubes or in opposite direction. ???
You need to do two identical arrays, when you approach the strong sides need to be careful alternation of polarities. As in normal magnets opposite poles attract.
To explain better look at my array. If you want to combine two arrays like these you have to turn one on the long side and you will have two arrays together and aligned. if you rotate one array from the short side instead you will still attraction but arrays are not aligned
Right . thank you veryyyy much. so if i have identical array i will have the most attraction between them. and if the magnets be cube (not block) the arrays will be aligned anyway.
and one other thing. excuse me . and thank you for your time.its matter the begining of array be which side of magnets?. i mean S be up or be down or be left or be right or N be up or down or left or right?? or its not important i start the array from which side of magnets?
It is not clear, when comparing you are using two different magnet arrangements.. or same arrangement in two very different metal plates.
the 2 arrangements of the magnets are opposite, the fact that they are positioned on non-equal metal plates does not affect the side without a metal plate
If you want to see what a magnetic field looks like in a ferrocell just click my icon. Hardly any body knows what a ferrocell is. simply it is 2 pieces of glass with ferrofluid between them and lit with LED lights. A magnet is placed close to the glass and a visual of the magnet field is seen. Its 3d too but you cant really see that in a video.
nice effect that of ferrocell . probably i will do some experiments with it
Brazilian research shows a result impossible to happen due to the law of physics in electric power electricity.
It absorbs 35 watts of power and powers the power to 140 watts, consuming only 35 watts of power.
th-cam.com/video/aEyXmsn9Mlo/w-d-xo.html
The hope of the world is in our research, who has energy has the power.
Has anyone made a generator using this magnet arrangement? Is there any difference in power generated?
I do not know if anyone made a generator with this array, it is generally used for the maglev train and particle accelerators
I just learned that TESLA may use this in their motors. Look on TH-cam for "Sandy Munro's Tesla Deep Dive"
Sir...... if we added two magnet it just gain more power right..... 2 is stronger than 1.......... so do we really need to do like you just do in this expiriment
I noticed if I have 2 sets of Neodymium magnets. One set has a 1 inch piece of non magnetized steel at the pole end on. If I bring the other magnets with the opposing pole towards the steel then I feel repulsive force but as I bring it even closer the magnet connects to the steel with attraction. Something is happening inside the steel as I bring magnet closer to change from repulsion to attraction.
You make a very interesting observation. I have noticed this too. I think what is happening is sort of a battle for the allegiance of the steel between the two magnets. The steel acts just like a permanent magnet as long as it's in the presence of a strong enough magnetic field, with the orientation being according to the field it's being influenced by. When one magnet is already in full contact with the steel, the steel is fully in sync with that magnet. The steel is basically an extension of that first magnet. But when you bring a second strong magnet to the other side in an orientation that repels, the first reaction is repulsion because the second magnet is too far away to be able to "steal" any of the allegiance of the steel. But as you bring it closer, some of the steel on the surface which is slightly closer to the second magnet begins to align with the second magnet, which starts to create attraction. Once you force the second magnet all the way to the surface of the steel, you now have half of the steel aligned with magnet 1, and the other half aligned with magnet 2. So because the two magnets are further away from each other than they are from the steel, the repulsion between the two magnets is weaker than the attraction to the steel, which is in direct contact with both magnets.
Did some tests and if you put a steel plate on one side of a magnet you get the same effect.
That is because of the magnetic flux density of steel. Steel can conduct far more magnetic flux per volume than air. Problem is, the other side is not any stronger. With this configuration the strong side is much stronger than the magnets in normal configuration. Also this effect is independent of the steel plate, later in the video he shows the magnets with the weak side facing away from the steel plate
Now, I don't doubt that this is real, but your experiment doesn't actually prove anything.
You're not using the same set of magnets for measuring from both sides.
For all I know, you could use weaker magnets for the "weak side" demo, and stronger magnets for the "strong side".
Is a choice due to the fact that it is not easy to keep the magnets in a halbach array without a metal support
you could use clamps!! also i notice one array is mounted on what looks like steel and the other on what looks like aluminium. this is not a fair demonstration. i suggest you remove the array from the metal plate and use g-clamps or whatever to hold it in place, then test BOTH sides of the same array.
@@paultomasi its steel duh, look how he puts both half of the magnets on the steel they both slam on there so both substrates where steel. it has to be otherwise you cant
assemble it the way he does by putting both together. the forces are strong and doing magnet fr magnet is really hard. so this is an awesome trick. !
How do I make magnetic balls strongee
Controlled Magnetic Force can defy gravity.
would you have a look at a halbach array im designing?, its the last step in creating a floating skateboard. and yes i do mean a hoverboard
of course, you can find my email in information area of my channel
i'll send you an email with all the details, thank you, really appreciate it
For this hoverboard, does it hover on any surface? Or does it need a metal?
@Endoph Daize Or a superconductor... but don't lick it
It's the same principal that is being used in Tesla model 3 motors...
You have destroyed the properties of the halbach array by using a backing plate. They need to be by themselves (without a backing plate).
won't that only cause a problem at the ends? Since he has 2 array units end to end, that means there's at least a whole array unaffected in the middle, doesn't it?
Donde consiges los imanes
you can find the links to the products in description :)
It only increases the strength of every other magnet and reduces the strength of every other one. The net amount is less then a straight array as per the magnet man YT video. So its misleading to say it doubles the strength.
Hi; the magnets must be stick together or be close together? Which one give the most power of array magnet? If the magnets be closer the power will increase???
This array works even if the magnets are not in contact, but closer are the better. The best shape for the magnets I think the cube
Además de persona inteligente y entretenida, lo más importante, es que creo que res una buena persona, excelente de podría decir, o quizá mejor no llegar hasta ese. No vaya s ser, que atraigas como un un imán a las fuerzas negativas, que esas si que son, negativas de verdad y además cosa que no sucede con nada material, solo sucede con fuerzas negativas negativas o la repulsión de cerebros y mentes, tan solo por esa causa última que se a nombrado sin nombrar.
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Entretenido no es solo, eso es sólo una pequeña parte, todo lo demás es siempre interesante, para otras fuerzas negativas, es tan solo eso, pero hablamos de magnetismo, no de lo personal? lo personal por gracia o desgracia, no es más que tan solo de uno, y ese uno no es como un imán cualquiera, es magnético siempre, no cuando otro imán "electromagnético" (cuando solo es magnético, u otro cerebro le hace ser magnético, solo en ese caso) pero, claro, no solo el imán natural es magnético siempre o por las leyes de la naturaleza, por ahora así es, también curioso, como lo es el metal de "mercurio."
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Pero claro , se vuelve a repetir, tanto el uno como el otro, se encuentran como se encuentra cualquier ser vivo o cualquier ser del universo y por ahora o todavía, es parte de la naturaleza a nivel no solo y único, existe el grano de polvo.
el grano de polvo
puede ser una vida o algo superior, no solo una simple curiosidad, tal y como las fuerzas magnéticas, no sólo existe esto en la vida, existe el grano de polvo, tan I'mportante como las fuerzas magnéticas, o como si no, se podría comprobar unas y otras cosas tan importantes?
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Quizá unos sean polvo y otros magnetismo, quizá mejor juntos que separados o separados, o separados y juntos. Nunca se puede ser magnético si se está separado tan sólo o polvo juntos, algo distinto siempre hay, las fuerzas negativas negativas, por supuesto, quieren poseer a ese algo distinto, pero no puede ser nunca si se invierten polos o no se sabe darles la vuelta.
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Pues no puede ser el ser negativo negativo... a la fuerza , de todas maneras uno es más que un simple objeto de curiosidad, más que fuerzas negativas o positivas, pertenece al universo. Más que polvo, más que el frasco, que lo contenga. Lo negativo negativo, no existe excepto en el cerebro perdido.
I discovered this effect from a thought experiment...
And I started asking questions on Google then boom here I am just as I imagine it but I was little off
Why don't you follow the magnet requirement?
The galvanized layer. Don't scratch! Clean it another way.
There is four ends
This is more like "How I double the magnetic force" than " how to double the magnetic force" No explanation nothing at all. Anyway thank u.
I'm not the video creator nor a magnet expert however I'd have to disagree with part of your comment. The different polarities of each magnet are clearly marked on them and the arrangement of said polarities is shown. The video even shows you how to counteract the resistance of polarity crossover and how to maintain their position by gluing them together. Of course he's showing how he did it but he's also showing the 'how to' too.
Wow
Did the frequency of light reflected from each magnet formation(as represented by colour) somehow effect the magnetic fields ability to transmit electrons?
I do not think that light can affect the magnetic field
Click "'HALBACH /HAMEL Motor"" to see my version of a rotary motor.
this proves NOTHING. i notice one array is mounted on what looks like steel and the other on what looks like aluminium. this is not a fair demonstration. i suggest you remove one of the arrays from the metal plate and use g-clamps or whatever to hold it in place, then test BOTH sides of the same array.
There is a unit called Tesla meter. Or Gauss meter. When someone want to prove something with magnets, will be good to use correct measurements.
The funny thing is how idiots think there is no aether around a magnet to cause the fields. It just happens by nothing acting upon electron particles over distance according to people with no rationale. This force vector... ect. As if vectors have any physical meaning at all, when they do not. A force vector can only be a mediator between two physical entities, not a standalone "thing" in and of itself.
Halbach is not good for the generator
make a video how to make bar magnets
Подарите мне таких магнитов
Não explica nada
🤗📡🍹🛠☕📝👍
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hi . denke mal, die ( ihre ) feldzeichnung , bei 1:34 min ist einfach FALSCH !
you are doubling nothing, there is no free lunch in physics.
It's like doubling the amount of water in a glass by pouring water from another glass of water.
You may have more water in one, but you have less water in another..
In the video description I explain what you just wrote, I do not want to make anyone believe that I found a way to deceive physics
@@MagneticGamesIT It is true, the magnetic flux is moving from one side to the other and so it becomes more powerful in one side.
@@MagneticGamesIT Can you do the same for 2 poles configuration?
Wow lacking all understanding
Get y’all sum
worst "experiment" ever! wasted my damn time
you also wasted 10 seconds to write this message
He used the magnetic strip to block the magnetic field from the other side of the magnets so that you could see that the weak side was indeed weak. Otherwise, the nail would have just been influenced by the field produced by the strong side, and the weak side of the magnets would not have been noticed. Not sure how to answer your other questions though sorry!
👨💻Halbach array -> BAAH🐑 diamond array dude . this isn't the video were looking for FAIL 🚨🆘
Looks like total bullshit.