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It was nice seeing the RUclips notification for your channel, and Congratulations on the patent! It's little innovations like this that can have huge impacts on the betterment of the world, and I hope this is one of them.

Very clever... well done!

Thank you! That's concise and informative. Makes sense to use in a motor as well: a Halbach array concentrates the strength in one direction, and dissipates it in another. By concentrating towards the middle, and dissipating towards the outside, two things happen: 1. the motor is stronger; 2. there is less leakage, also reducing any unwanted effects on other machinery. This is so win-win! Awesome you got a patent out of it, too.

YAAAYYY!!!! i missed the magnet wizard :)

That is brilliant. I assume no luck on the "2 pole Halbach Array" since its so expensive. Also what is the efficiently on that motor with the new design?

Thankful for your clear public explanations. You are doing things in the way the patent system was intended, to enable the public to benefit from the state of the art while protecting you from adverse commercial interests.

So cool! Sorry if I ask a lot of questions. I’m a magnet geek and have loved your channel for years. Can you explain what happens if the rod is smaller or bigger? Does that sticking effect not working unless you have it sized in a goldilocks range? Is the fact it’s steel a key part of it too?

You know it's going to be a good day when Super Magnet Man posts.

Welcome back. Great video 👍🏼

Attract or accelerate to a point between them. Field interaction happens first. Thanks for the share. Id love to see a video of 6 pyramid magnets 3 n 3 s facing outwards.

Wow!!! That is very exciting!!! Thanks for fixing the audio as well!!!

Yay the audio is working 👍👍!

It's too bad this doesn't work with lead. If you could make clothing that could produce a strong enough magnetic field like a magnet, you could literally stop bullets and watch them fall to the ground in front of you.

Brilliant

Great video. Can you make power from this phenomena to for example power a led bulb?

Can't wait to make one to clean up the bike Lanes for e-bikes. I have a pet carrier that goes will act like a trailer and I would like to make like four of those PVC things and mount it underneath the pet carrier and just drive down the bike lanes and clean up because it's terrible flats like crazy

Fun fact: you can use ring magnets to stand a full tang knife on the tip.

Sir thank you for your clear technical video. I wish to watch your other videos.

3 6 9

Hope all is well sir. I have a question or task if you should choose to take it. Have you ever made a square magnet. Not a normal square made of 6 square shaped pyramid magnets ?? I look forward to your reply

Se vc considerar um circuito circular. Qual a velocidade poderá alcançar antes do lançamento?

By the looks of it, it seems that maybe a ball bearing was attracted to the magnet and then bounced multiple times as it impacted, as the increasing frequency of the spots diminish in size as well. This is probably because the bounces had decreasing impact force on the magnet. I know that Sharp hits on a magnet can realign the domains, so I’m going under the assumption that this was a ball bearing hit on the surface

Great work. I too am an engineer and experimenter. You might like my videos about using electrets to run electrochemical cells, and about breaking the second law of thermodynamics (very well). I am manufacturing more electrets now. We work hard every day for nothing but knowledge.

How are reacts to copper is well when you move a magnetic field across copper if it's directed into a wire it creates a current. Like if you drop a magnet through a copper silver or gold pipe it creates a flux field which is its own electricity that's moving along with it creating a outer magnetic field. So how magnets react with copper is the movie magnetic field creates a current but what is falling through a pipe and is creating a flux field is more so a charge that follow along with the magnet through the copper conductive pipe and creates an opposing magnetic charge that slows its descent against gravity. It literally looks sort of like a magic trick but it's not magic it's science. It's almost like anti-gravity, but more so like a magnetic parachute. How does aluminum react to magnets? Because from my understanding is they use aluminum for brakes on electromagnetic train tracks. So how can we do a compare and contrast on how a magnet reacts to both copper and aluminum? What are the similarities and what are the differences?

I would like to see this done with shells or washers of increasing size

I am a bit late to the party, and while I'm not very sure what happened to cause your spots (maybe some kind of chemical burn?) I believe the magnetic field in these spots is decreased because at least three effects: 1.) When you shot the microscope images it looks like the surface of the magnet in the spots has ridges and angles cut into it, while the rest of the surface looks much flatter and homogeneous. Because of this I believe that the spots have more surface area for flux to escape compared to the surrounding magnet, therefore the field would become weaker in this area. 2.) As you said these spots dip below the rest of the surface of the magnet meaning there is less material therefore less dipoles to add to the overall field. (this may only constitute a small portion of the "error") 3.) If the spots are the result of burns, the heat could have perturbed the magnetic moments of the dipoles in the material close to the surface causing them to mis-align with the field resulting in a decrease in the overall field strength. 4.) a wild shot in the dark here, but could a sufficiently large enough magnet with the right shape and orientation have been dropped onto them causing these spots? i.e. if I drop a very strong magnet from enough height (aka accelerate it) onto another very strong magnet, what happens? What if one is a magnetic plate and the magnet accelerated into the plate is one of your one Tesla pyramid setups? (opposing poles towards each other of course)

Now arrange the magnets in a halbeck array plz

I love "hunderd."

So it created power? With that bump. ?

I figured ot out what tesla did not see unlimeted power children. They will come to delete me cuz i figured it out bet money?

Of course they let you film the entire process. They stole the entire process from the west.

Awesome

I took my tube magnets and made a jig crushing the south poles together. This creates a high south pole in the center and a weaker north pole around the outise.

I think it's the light that is doing it. Try this with different colors of lasers shining through the solution to see where the laser breaks. Another thing you could try to prove this is to paint the spots different colors or paint different patterns on the magnet to see how it affects the magnetism.

Use it for manipulation of gravity.

You forgot to add a material releaser. Or it is a real pain to get off. What is the realistic distance to be able to "release" that material? And then you have to have the force to be able to pull the material off or drop ot off all at once. Maybe using the swivel magnet tecnique using a lever (used on other high capacity magnet pickup tools) to cancel the manetic field for release. You need puncture proof tires so metal pieces don't cause flats! I work at a metal fab company. Picking it up can be easy but getting it off "from a neo mag" has to have a minimum distance or it won't come off timely or effectively. That is why others use ceramic. The density of the flux creates such a pull that you have to find a minimum distance that you can pull off the material or have a mechanism that can withstand the force needed to easily release the material quickly.