New Generation of Free Energy, Magnetic Shielding. The Holy Grail. 

WOW!!!! I took your AWESOME design & placed it at the bottom of Lake Fishbrain & you know what? There was no magnetism from the shoreline!!!!!!!!!! This is INCREDIBLE!!!!!!! I just called National Geographic & they are sending a diving team out to confirm ~

What you've demonstrated in this video has been very well understood for well over 150 years. Magnetic lines of force take the easiest path. metal concentrates the lines of force because magnetism goes through metal easier than through air. Look in the back of an old tube radio. Some of the tubes are encased in metal shielding. That was done to shield them from stray electromagnetic forces. I know you want to the government to have you on a hit list, but this video just doesn't show your 007 potential.

Guys. This is knowledge that we need tu use. Pls someone who has fund do create the magnetic motor (free energy device) for our future. I believe government has done that n keep it as a secret. They will reveal after fossil fuels finish but it is too late already. Pls someone who has experties share with other people.

junk yard dog here !!! there is a metal that is called mu metal, that is made for magnetic sheilding it is used with speakers, it is aluminum nickel and tin, but this is the best sheilding i have seen, i use nib 50'S i havent checked in a few years tio see if there was anything stronger i use the 1 inch x round and 1 inch tall

Hi! I'm only an amateur, but aluminum has no effect on the magnetic field lines other than in this case being a spacer between the steel sheet that will put one source of magnetism farther from another. What I think the real shielding material is in this case is the steel sheeting. Steel or tin will allow the north/south field lines to more readily flow to each other than through air thus decreasing the range of the field lines. Let me know what you think about that SparcySparkman or anyone here. Thanks for creating this nice video!

Just use tin. It works perfectly and you don't need all those layers. You can even use metal flashing as that works beautiful as well. A single layer of mu-metal works the best as that's what' used in hard drives.

The magnet on the ground is heavier due to the aluminum wrapped around it. The lip that sticks out also prevents it from rolling.

The most painful music Ive ever heard

Thank you so much. I was searching for MU metal and finding difficult for my experimental projects

You have concentrated the field lines in the steel outer. Never the less it works ! you should be able to measure the attractive force INCREASE between these two magnets when held N-S. Just try some tape around a rubber band and one magnet. Glue the a magnet to a board facing N up. then suspend the S end down of another magnet from the rubber band along side a ruler, on the end of some string and note it's extension before and after shrouding, and the dead hang extension. I'd love to see the results ! Garret

Congratulations! You have just reinvented a shielding chamber (which has been around for ages). The aluminium is hardly useful. Cardboard would work just as well. None of what is shown here falls outside of magnetics 101. Electric motors (non-electrostatic, piezoelectric etc.) inherently require magnetic fields to work. Shielding is a byproduct of directing the flux into the gaps between the stator and rotor.

Thanks very much, will give it a try, we could all use a mono-pole, they would make things go much better, in a rotational manner.

I give you 10 stars

My Gosh Sparky, it's not only that you are a really genius man, it's that you share an info like that in wide public! I really admire you. Thanks for this Super Gift!!! Jeg

I hate to say it, but this kind of shielding cannot provide energy. It may shield an entire field to protect other parts of a machine, like eg in a harddrive. But there is one fundamental thing you guys need to understand: a magnetic field is a loop from north to south pole, you cannot cut this loop. what goes into the field must pass a certain amount of field density layers and when it leaves the field, it will pass the exact same amount of layers. There is no backdoor with no layers on it because the field is a toroidal, looped vector. You may compress or redirect these layers by "shielding", but you will not be able to reduce the number of them (with passive materials). However there is one exception which may have the potential to screw the Maxwell equations: if you turn a magnetic field by 90 deg, it will neutralize its attraction to a second field. Try this: Stick two rod magnets together, side by side, so one has N up, the other S. Now carefully shear one of them to a 90 deg angle while the centers of the two remain in place. It does not take much force. Now you can pull them appart without any force required! Tho, a mechanical implementation for a motor based on this phenomen may be rather tricky. Furthermore, one should test if the amount of energy required for shearing is really lower that what is in the primary attraction... Peace.

Can people stop being trolls and actually comment on this properly? I for one would like to understand how this works a little better. I have designed a device that I believe can work, however without material able to block magnetic flux lines or waves, I'm unable to have it run. So far NO MATERIAL can block magnetic effects, however even if it were to weaken the field that would help to.

What if i have a one single piece of aluminum both and a lots of magnets in its slots inside? Will magnets be shielded one - from another, or it needs needs some additional isolation?

Thank you for a great video. I cannot tell you how many times I have watched your video. Gets my mind fired up thinking of the possibilities for a magnetic motor. My five stars to you. You must have spent endless hours to make this work. And what a noble thought to give it for free, so others can use it in their projects. Awesome. Also love the choice of background music. But please, do not let the negative comments discourage you. They do not know what they do. And thank you once again :)

Thank you for sharing this, I didn't know you could dissipate magnetic fields in one direction like this. I read through the other comments, will send my empathy towards the negative statements they made, share in that misery myself for being a free thinker. This may appear crude to them, but it's something worthwhile to wrap ones brain around in new motor design land. Keep up the good work and thank you so much for sharing. I'll post something to show the doubting Tomas people soon enough based upon it.

what way are they wrapped? first alu than iron or first iron than alu, or both at the same time? what ratio or amount of rolled material?

The best magnetigshield is iron. I took just an iron tube instead of this kind of roll. It works very well.

Спасибо. Удачи !

nice work!

There are 3 basic types of magnetism, paramagnetism, ferromagnetism, and dimagnetism. Aluminium is paramagnetic, and of course iron is ferromagnetic. The whole idea of magnetic shielding is to dissapate or reroute the magnetic flux. Graphite is dimagnetic and can also be used in shielding as well.

yes shielding is the key to make useful motion of these magnets..without it magnets simply don't do what we expect in a magnet only motor..

I have an extremely strong neodymium magnet that puts out around 5k Gauss at surface distance. I need to shield 1 side of the magnet. Will these materials work on it? If not, is there something that can focus / funnel the magnetic fields?

just open a hard drive from the old computers and the metal which holds the magnet is in the same time very strong sheld and its just a small pice. I do believe in Free energy and i do believe in that until we somehow use a shileld and mekanically move it, then we can build Free energy mashines... Nice video

very good!!

Very cool. I think what is happening is that this combination of materials wrapped around the magnet are capturing and concentrating the parallel magnetic flux lines in the iron layer. What you are actually doing by doing this is re-shaping the magnetic flux lines. By using a material with high magnetic permeability and low saturation closer to the magnetic flux lines and also in parallel with them (the iron) and using a material with low magnetic permeability and high saturation (the aluminum) you are creating a good magnetic shield. It is more effective then putting the aluminum closer to the magnet. Also, the multiple wraps (layers) improve this shielding as well as there is a cumulative effect. I think placing a thin sheet of paper or some other insulator between the layers so the iron and aluminum never actually touch conductively will improve this shield even further. It may be also that the magnetic flux a the ends of the magnet are actually amplified somewhat by the concentration of the magnetic flux lines there. Also, you could use iron powder to get a look at what angles these magnetic flux lines are running along the side of the magnets and bend the metal wrapping to match that it would produce a better shield with possibly only a single wrap. That is because the magnetic flux lines along side the cylindrical magnet are not likely perfectly parallel to the sides of the cylinder but more bend outward at the middle and curving inward towards the tip of the magnet. So an oblong kind of egg shaped shield may be better.

ey, how many times did you rolles the magnet and what metal to put firs?

Very nice!!!

Now Wolverine knows how to shield himself! Booyah!

One of the Best Sheilding Vids!!! Just reading some of the ungrateful comments, i guess some people KNOW TO MUCH FOR THEIR OWN GOOD!!! Thanks for the insight, Cheers!

Hey this is great, just what i wanted. I'm going to make my own magnet motor, and this will complete the problem I have. Again thanks for your great video.... Please make more....

Hey Sparcy, How did you wrap the sheets around the magnets without them springing?

mute...

free-energy perpetual motion cheap magnetic shielding before government removes this video from youtube LOL! I knew this video would be hoot!

I was almost convinced until the point at 2:50 when the magnets were attracted to each other through the "shield". Maybe axially it does work, but at 90' to each other it still seems to attract. But axially orientated shielded magnets might be useable in some situations. I'll still give it a try though. Does the thickness of plates matter?

hello! I just wanna know what metal did you put first, the iron or the aluminum.... and how many raps or turns did you put on the neo magnet?

thank you

Is there difference or i can use both iron plate as well stainless steel plate with aluminium? :)

Thank you for posting, it is educational to everyone to see experiments like this. Unfortunately it looks like the steel is simply providing a "quick and easy route "from north to south through the steel closest to the magnet. this will prevent the flux from extending a long distance from the center line of the magnet, therefore appearing to shield. I wish it had blocked or shielded the flux, but it just rerouted it. you can research the concept by looking at "CUP MAGNETS", these cups seem to increase the strength of a magnet, but in reality they simply provide a "Quick and easy route" for the opposing pole's flux to travel into the steel object.

Interesting, thanks :-) Now im wondering if the field is blocked or if it is just mis-directed around in the iron. Hmm, do you have a magnetometer,,i would like to know what the Gauss/Teslas are at the open, exposed end of the magnets, with and with out the shielding. If the shielding is working and is truly blocking the field, then i would expect the fields at the ends of the magnets to increase when shielding is on.

Please explain which magnet was wrapped with Iron or Aluminum or both ?

thanks alot dear.. U helped me seriously..

+meir nordlicht Just go to nearest hardware store and ask them, they can help you.

I have a flat bar of aluminum and a flat bar of iron. I pile them up, put a magnet on one side of the pile and another one on the other side. They stick highly firmly through iron and aluminum. Iron is highly attractive to magnet. So what kind of iron do you use because with the one I got, it does not work; no shielding...?

Hey Nice job! A lot of haters here do not understand importance of this! Please build a Perendev magnetic motor!!! lets see your shielding in action! thx

Works good. Good presentation and good proof of concept.

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THANKS ALOT , I REALY DIDNT KNOW THIS COULD HAPEN ... AND I HAVE SPEND LOTS OF TIME TRYING TO FIND SOMETHING LIKE THIS ... VERY WELL , THANKS.....

👍

Dear God......please help this man with his musical taste

varying sizeses of pipe and a lathe and a press will ensure fittment stays tight or use king pin style bonding

hi its very interesting project .i try with iron plate and aluminum foil and they work very well but i have another problem now ....Magnets absorb iron shield What can I do about it?

Absolutly no fake; for magnetic shielding to redirect lines of magnets you need iron leafs and beetween them air space or non ferrit materials like aleminium leafs

did you wrap the aluminum plate around the magnets or the iron plates or both around the magnets, I don't get it

what does this have to do with attempting to (and failing ) break the laws of thermodynamics?

Can you block out a end of magnetic track block wall with a steel and aluminum plate sandwich???

cant find sheet of iron anywhere

magnet shielding can also be done with same power magnet of the opposite pole mixing with first magnet magnet field

It's the "amagnetic" property of aluminium

GOOD INFO AND IS THE MUSIC PEARL JAM !

shielding the half of each pole in a magnet will imballance it but you wrap it whole .it still ballance and you cant use it in magnet motor

However, the sheet attracts magnets? it is as if it were aluminum?

All it does is shorts the magnetic lines causing the magnetism to jump the aluminum and ground into the iron where the ends are exposed. This is already used a lot in things like magnetic chucks. The magnetism jumps the nonconductor creating a circuit through the conductor.

If you notice in the video, at 2:22min the two shielded magnets attract end-to-end, meaning that one end is N and the other end is S. Then at 2:30min, one shielded magnet is rotated yet this opposite end ALSO attracts, supposedly N to N. Hmmmm.

What's the name of the metal you have Thank's

hello sir am from Argentina and I really liked the video, long I come looking for ways to cut the atraxion magnets can you tell me that sheet are?

If you have ever thought about making a magnetic motor shielding is imperative. This does make the space the magnet occupies about 3 times the diameter.

👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻👍🏻

Thank you for posting this, this can be used in maummer yildiz magnet motor, or perednev magnet motor designs!! Awesome. Oil? What's that?

geht den da nicht auch eine V2A Hülse ( Edelstahl ) ?

Hi Sparcy. Have you tried with lead sheets?

Magnetic shielding of Mumetal has been in existence for perhaps more that a century . Shielding may be used to prevent or restrict magnetic flux or divert magnetic flux from what it is that requires to be shielded. In the process of providing shielding the shield itself becomes a carrier of magnetism and develops polarity. Thus while shielding is perfectly practical , it cannot be used to block magnetic flux in a manner similar to an opaque shield preventing light from passing through it. No shielding system exists or i is even possible to render a magnetic motor possible. If the repulsiong force is prevented or redirected, the shield itself attracts whatever magnet is in the vicinity of whatever polarity and thus so called shielding to render practical magnet motors does not exist and probably will never exist. Magnetic flux is not in the nature of light , radiative, but dispersive in space and fluc patterns are not like light radiation travelling in straight lines but in curved paths from one pole to its opposite.magnetic pole. flus of one single polarity would be possible from a monopole magnet , which again does not exist. An approximation to a monopole may be obtained with a very long bar magnet. No one seems to have used long bar magnets to obtain a flux pattern approximating the flux pattern from a monopole magnet and such a motor would be prohibitively cumbersome and imipracticable.

Where can I buy some of those magnets

way to go everyone should live well poor should be eradicated but profit will always cause suffering to another

This shielding is critical if you do not want MIB power companies etc, knocking on your door. All free energy devices emit a trackable EMF field, and disrupt current circuit techs, so shielding can reduce or eliminate these effects as well as weather phenomenon associated with radiated rotated magnetic torsion fields.

Have you tried nickel to do the shielding? If you use the correct configuration Not just cover everything with shielding then it can work.

yo you just got the credit your video proves you discovered it. incidentally this is what i been working on if it works like i just saw my motor will work. im ordering some sheets today. how can you quit now? its ok ive done the same and gave away instant hot water using electricity so many are using today. but if it helped the world it was a good thing. id rather see it made and used than to keep it to myself and never see it come to light. this motor will work energy will be made from magnets push power. just who is going to get it right first? hopefully the USA hopefully i will. thanks again wish id seen this when it came out.

I get the steel plating. But i'm confused why to use aluminum.

So, I have a different problem. I live next to high voltage power lines and want to protect my home from the ELF / magnetic field. Can that be done? Would I have to wrap the entire house in a layer of aluminum and iron? I don't like that idea... Heh.

What's now new?

i am the fan of overunity device good try keep experimenting hopefully someone will creak it. if we found proper magnet shielding then we can easily make over unity device.

you put battery under the table.we all know this trick.I GIVE THUMS UP TO YOU,

Thank you for sharing. Thank you RU-vid for mute. No offense pal. Shielding/dampening is along the same lines. I wonder if copper sheet would work...

These are not typical pole magnets with North / South poles on the ends. As you were able to attract one end then turn only one around & attract the other. So I assume both ends are the same pole & the sides are the other. However, trying to visualize the magnetic flux lines is messing with my head. If you have some of that dark green magnestic imaging film with the encapsulated filings. Can you do video of the magnets before & after adding the shielding? I suspect they are standard pole magnets but when you add the shielding. Either end will attract the rolled iron part of the shielding? Which is very very interesting as you have an attraction only magnet with no repulsion. Or your shielding blocks one pole depending in shielding being wound clockwise or anti-clockwise in respect to that pole. Again this alone would be an extremely interesting discovery. I will try to replicate your findings. Chromii As for the (Techno-Trance music, if you don't like mute. However, the lyrics "Thought you would never leave" questions your intent in choosing that track. Maybe your way to filter out those 'genuinely' interested in magnetism.😉

can you make shielding for half of the magnet?

had to turn off the audio, it was an assault

Boa Tarde, Amigo, por favor poderia me informar, como montar as chapa de alumínio e a chapa de ferro? qual aposição? qual vai por fora e qual vai por dentro? desde já muito obrigado pelo seu vídeo, gostei muito, abraços. Good afternoon, my friend, please could you please tell me, how to assemble the aluminium plate and the iron plate? Which affix? What's outside and what's inside? Since already thank you very much for your video, I liked it so much, hugs.

great video, but I can barely make it through the terrible music.

magnetic waves can not pass air or non ferrit materials easily , prefers ferromagnetic ways to contunie its current .If ferromagnetic leafs touch eachother it can pass it easily

is this method weakening the main axis of magnetic field ?????

Ok, so let me get this straight. You take a sheet of Iron and a sheet of Aluminum, and wrap it around the magnet. I’m taking it, one wrap Iron (i) then aluminum (a), then i-a, i-a…so on and so on, until you get the thickness that you want. Why the two elements? Why not just Iron? Does a mixture of the two make this affect?

great video for those of us who understand the value you gave us...

Nice idea but if you put these shielded magnets on a spinning disc or fan blade, they unfortunately still cog after repealing the first magnet. So far, the only way I know to create a real monopole magnet, is to freeze it but that's only a temporary effect and uses more energy to freeze the magnet, than the energy a magnet generator can produce.

I am not sure, and I do not have anything to test, but are you talking ( I do not how to say in english) iron the one inoxidable (the one that does not oxidates, because I do understand that one is neither too attracted by magnetism, if that is the case, please tell me, if it is ferromagnet, this is the iron attracted by magnetism, the idea does not apply, it has to be with materials not attracted by magnetism. Please tell me.

This is all we need to do all magnet motor. Make more experiments and keep us informed. All best. Nikola.

C. One more thing, what you have done is also weakened the overall field strength of the magnet by, for lack of a better term, shorting part of the field through the steel sheet.

OK, you got me. That is 3:09 I will never get back. Try This, Rap that AL and metal around yourself, you will be shielded against Lighting. Then go out in a store, you butt wip. To everyone who thinks this works, do the same thing. thank you.