How George hasn't lost any fingers to these incredibly strong magnets remains a mystery. I own a few crazy powerful magnets that I bought from Supermagnetman over the years. But my larger magnets are treated the same as I did in the US Army with grenades, very carefully.
When I need an intense field doing magnet therapy I stack biomagnets progressively from large to small so that being round they make a cone. The intense negative field breaks the ionic bonds in swollen tissue and restores lymphatic flow reducing pain. One client received frequent MRIs for his neck condition. He would get pain remission for a week or 2 after each MRI.
Yes - I would love to do a video on what I know about this subject but the various watchdogs guard their territory very diligently. I have recently designed a cool neck brace for therapy like you describe.
Several years ago, I helped one customer from USA to produce this type of magnet ,and he also need a cone Alnico magnet too. But I don't know where they used till now. but they are interesting magnet. Thank you. I am learning English and knowledge from your video. Although I worked in a magnet factory in fact...
+Jacky Wang I would like to know more about this and have you ever reproduced this? Also did you make it to a point or has the pyramid one ever get made to a point? Lastly what if you made two, each opposite in poles to each other then attach them to each other at the points? I suspect you may find it does something quit peculiar, perhaps spins at a very high rate with equally high tension... what do you think?
I don't know, I am not good at magnet applications, because all my knowledge is on the magnet itself, because I worked on magnet sales for 12 years, and work in a magnet factory. Usually I can give suggestion on magnetic material choosing, if the magnet can be produced (because usually magnets are not so machinable), the temperature if they can work in...blabla. and about the magnet will take what type of function, I don't know. although I have worked for so much time in this industries, I only can get to know something about where the magnet use sometimes from my customers.. haha the magnet man usually give lots of useful information, but something is wrong as I think, but just on my opinion, maybe he is right. I watch his video carefully, one reason is to get something I don't know, other hand I can learn English too. my poor English as a Chinese. :)
@@jackywang818 You live in China and worked in a magnet factory in China? That is so cool. What kind of magnets did you make? Did you make Neodymium magnets? Thanks for any reply. And your English is very good! Much better than my Chinese lol. Cheers! :)
PHASE CONJUGATION IN MAGNETICS The meaning of the concept of conjugation of phases: The centripetal process in these magnets is unique- and is key to magnetic superconductivity. We are talking: The ideal magnets. We are not only talking the geometry of the magnets overall form (pyrmid magnet); even so this is also critical… NOW WE WILL TALK “PROPERTIES” FROM INSIDE. (Focused flux lines; pine cones kiss accurately and efficiently at the center.) There is only one process in the world which makes a PHASE CONJUGATE MAGNET. The technology involves putting a phase conjugate frequency signature- into the magnet molecular array- during the time of molecular crystallization at magnetization- or sintering process. We know that this is making like poles attract; and there also are evidences (for years)- that correctly defined magnetic south- is more centripetal- than north. Unfortunately we did (until now) not find any contract company to measure and prove … all this is made more complicated by the fact that the only companies in the world actually making strong magnets in production quantities- are the Chineses (control virtually all the rare earth minerals needed)- these Chinese companies seem to DEFINE NORTH vs SOUTH magnetically - in the OPPOSITE WAY western physics does! Combine this with the fact that western physics has failed to note the fundamental difference between centripetal vs centrifugal flux as being in fact the defining symmetry of north versus south. I also believe this is actually the defining difference between plus versus minus charge- the new information being that it is in fact fractality that causes all electronegativity to be centripetal. Then add the fact that many use the term yin versus yang- for this physics- and the centripetal versus centrifugal definition of Yin/Yang has ALSO been inverted between traditions (Michio Kushi versus...). So be prepared for a little confusion. The only name for things … If a quality like magnetic south, and charge negative is in fact a name for predominantly centripetal flux lines- you must know that- or you can be confused and manipulated. If alphabets and symbols are only a name for the plasma residue (symmetry of charge compression) necessary to embed/implode/fuse your centripetal (phase conjugate) toroidal flux lines. The basics: Geometry produces symmetry, which allows waves proceeding from opposite directions to meet each other and stand (to phase and phaselock.) Standing waves give the illusion of stability, segregation of momentum, and make possible the birth of matter. Pressure occurs where waves meet. Ratios are the the constants on all scales. If the geometry of replication is embraced in a seed of any scale, it is ratio that has the power. Size is unimportant where information is concerned, since information can travel to any scale via the wave guide, and be manifested. (Holofractal architecture). Shape is the only thing nature has to conserve. (memory, ring out only from differences in shape, not substance) The only way to conserve shape along a path is to maintain the ratio of length, area and volume (a nest of ratios.) (“Attractor” theory in mathematics; waves which fit into each other / nests which stand, form matter) The best pathway to maintain a nest of ratios is the golden mean (Phi). Phi squared and Phi cubed are represented by the ratcheted dodecahedron. This pathway enables information (shape) to be moved without loss of momentum (power). The closer a material comes to forming this shape and path, the greater its conductivity. Think of superconductivity that is super-coherence of resonance or wave shape. Coherence at any level is coherence at every level. An orderly relation between wave lengths establishes a connection between frequencies and fields, which cannot persist unless it resonates to ALL frequencies and fields . This harmonic cascade (Jacob’s Ladder) establishes the connectedness called holography. Holo-Fractal Principles are the origin of centripetal forces… (!) Again: We know that in “optics”; where the optical paths conjugate self organization results in superluminal Only golden ratio conjugates (adds and multiplies- and therefore compresses infinitely and implodes). + The only path which allows conjugation in 3D is therefore- the way 2 pine cones kiss noses- in the center of stellating dodeca. + This is the only 3D fractal for waves = The conjugation of wave phases constructive and possible ( both two sixty degree implosion pine cones learn to kiss noses)- we now can solve phase conjugate in optics, phase conjugate dielectrics … everywhere where people understand wave patterns.
If you're saying that one molecule wide is the sharpness of a point that you care about, then we can argue about the practicality of attempting that design. But if you're saying that the difference between top and bottom is current too small a ratio and that a larger difference would create an incredible result, then we can talk.
The objective was to save sharks from fishing nets or fishing lines. The research was to see how much magnetism was required to repel the sharks and keep them from being accidentally caught.
hey super magnet man!!! can you please show us some experiments with these magnets, is it true that the magnetic field can be focused onto a point with these magnets?
Hi, You just throved in brilliant reason for idea with all these pyramid shaped magnets! Swap them to the coils with same shaped cores as transformer's primary and place transformer's secondary in concentrated magnetic field area and.. bingo!!! Cheers!
How much difference would it make if they were cones instead of pyramids? And what if the thinning towards the tip wasn't linear, but a concave or convex curve? any difference if the curve is a circular or elliptical arc?
I need magnets like this for a similar version of the halback (or w/e) array. I have a theory on power generation and might be able to complete a design with magnets like this. How can I get them or one like them made?
I enjoyed your program. I am probably not your typical viewer. I am a basketball coach. I have been thinking of a human force field to be utilized in the game. I feel that it would be most easily demonstrated to my players through the use of magnets. Would it be possible to acquire 6 pryamid magnets that fit together to make a cube? I had thought that I wanted the magnets to be pointed on the top. (continued in part 2)
Are there any cool experiment links that I can see with these? I'm beyond obsessed with electromagnetism these days, and it's such a ginormus subject that I am trying to see everything I can, and get a very well rounded idea of what's possible and what's not. thanks a lot!
Thank you. A good video. I worked with permanent and èlectromagnets on mass spectrometers, ion gettering pumps, etc. Your magnets would allow significant miniaturization of the systems I worked on.
If you break one of these pyramid magnets along the horizontal plane (if the pyramid were sitting base on the ground), do the two portions attract or repel if aligned along the break?
@fuck google Try breaking a one of those common ceramic magnets in different ways. Then try reassembling back the way it was. It will depend on how you break it whether the two pieces attract or repel.
@fuck google Don't take my word for it -- try it. It depends along which axis you break it. If you break it like NS - NS it will attract. If you beak it like: N-N S-S It will repel if you try to reassemble exactly as it was. "-" represents the break line.
Electromagnets are usually wound around an object, making them round by default. Even when they're wound around objects with sharp corners, they still result in slightly rounded edges due to the wire winding around it. So what you're better off asking is if an electromagnet can be made in a cone design. The answer is yes, but it's a huge pain in the butt to get a tight wind, as the wire always wants to slide down to the narrow end of the cone. If you mind having loose winding, then I would recommend gluing the winding as you wind it.
@@megadeathx Suppose you start your winding on the narrow end, with a drop of glue to hold the end in place. Then as you wind up toward the wider end, wouldn't the "sliding toward the tip" effect make the winding TIGHTER?
@@senseisecurityschool9337 No because the direction of pull isn't perpendicular to the surface. In practice, I have found that the wire pulls *over* the previous winding rather than *against* the previous winding; so while it is tighter in a density sense, it's not at all tight in an useful line.
If you want to build the correct cone coil, use COILED wire. The result is coiled cone coil, the magnetic vortex would be formed according to walter russell. This is the TRUE analogy of russell's teaching. Illuminati fked everything.
So when you drilled the hole in that magnet you showed at the end, did Eddy Currents make that process more difficult, or how did you go about doing that?
thanks for the article S/M man,.. I was wondering if you have tried to make strong, standing magnetic fields 'within' a vase shaped container and also wondering how you monitor or map the 'actual' standing magnetic field (in fine detail) of your particular magnets. I look forward to your reply, and thanks again for these informative and interesting articles. ps I just noticed article date is 2012,.. hope you are still around and available for feedback.
would be interesting to see a large pyramid magnet with mini pyramids placed all around it, since a pyramid is slopped towards the top then all mini pyramids would be too, sort of focusing their flux in the direction of the tip of big pyramid like a pine cone
Actually there are no harmful effects. Just think of it - if you had a medical problem they will frequently send you for an MRI which is 4 - 8 times as strong as some of these neo magnets.:)
Agreed. I've been putting strong magnets to my head and operating strong radio transmitters for many years and I assure you there are absilutely no negative side eff...ff...fffe...ffeec...ects.
Many applications? I think you spoke of three and two of them were erasing magnetic media. I'm overwhelmed with all the possibilities. Just like a salesman; you talked for 9 minutes and said "we make magnets"
Hey super magnet man. First, i wanna say, great videos ive seen a few theyre good. I have a question for ya. Can u tell me anything about what is taking place when u try to squeeze to like poles against each other? I say squeeze because to me thats what it feels like. Does that put pressure on each field? Could some one maybe draw power from that or apply that somehow to technology?
Thank you so much!!! I LOVE developing these videos and doing the work ahead of time to make sure everything comes together. I am working on one now that will cover all the details of Eddy Current drag as it pertains to slowing down moving objects. Trying to put some practical and useful data together.
@@SuperMagnetMan I really look forward to watching your videos and getting caught up to speed. I can tell you love your work as much as I do. Thankyou for sharing your learnings, and insight
@@SuperMagnetMan have you done any Research into people wearing magnets on their hands feet and head and meditating sitting in a pyramid shape to see if the magnetic field increases during meditation or not?
What would be interesting is if there was a way to control the amount of force generated, kinda like a dial control for intensity. Then would it be possible to tap the fields of the earth to ascend and descend from the distance to ground. Think of the different invisible intensity lines. Could you imagine tapping that field. That my friend would be amazing. I can visualize the feeling and a possibility but I don't know that much about the earths field and what frequencies those,,,,, lay lines I guess are??? To tune instruments to those fields and lift a object by control would take a different type of system altogether. I wonder if teletronics would have to be the control mechanism.. Just wondering do you know where I could learn more about teletronics and what materials have the best results/ reactions to this form of research???? Thanks for the video and your time in reading this comment.. God speed and happy experimenting!!!!;-)
I've just bought my first one inch neo magnet sphere. It seems to punch waaaaaaaay above its weight!! I wonder if that is also focussing the feild to a point? I can barely remove it from my metal bedpost and it's only one inch...
"IF you use a pyramid magnet , is that not like how an explosive shaped charge directs it energy?" And if so, why can you not use it for anti gravity propulsion?
AL: "What exactly is in the round space gap of the halbach/pyramids magnet to make it so strong?" ED: "Magnetic lines of force, Al." AL: "So the magnets are polarizing the zero point field, and that is the medium that allows the magnetic lines of flux to be detected outside the physical boundary of the magnets?" ED: "There aint no zero point field Al -- it's just magnetic lines of force, those magnets aren't polarizing anything, now don't be making this mysterious" AL: "If there's no zero point field with virtual particles being polarized by the magnets, how are the 'magnetic lines of force' hanging out in the open air around the magnets?" ED: "Them magnetic lines of force is just THERE, right next to the magnet" AL: "No medium then? No zero point field?" ED: "Just THERE, Al. I told you don't complicate this." . . .
is it possible to focus an electro-magnetic field to a desired point in a given space? if so what materials would be needed and how would it be done if possible?
Could you use a Halback array with a copper fan that heats up from the len's law for a heating system? With also using Aluminum and copper to generate electricity to power the device has it is operating? A self sustaining space heater a self sustaining refrigeration system? A superconducting electrical power generation system? In fact using these concept's you could design a electrical power generator to power electric vehicle's of all type's correct? No more need for huge battery bank's? 😊
_Halbach_ - And no; Infinite energy systems are literally impossible. If you think otherwise you might have missed something very important in high school science.
So, let me get this straight... You ask a question and then spew rude words (that seem to revolve around penises and rectums) in a semi-coherent insult when you get an answer? Brilliant. That's the way to do it! And no. No, I am far, far, _far_ away from knowing everything - Except that I couldn't possibly insult you more than have yourself already. At that, you, little sir, receive a gold star.
So, I have to ask, because the arrows on those magnets seem to be pointing the wrong directions. I study magnets in my PhD and have even made Haibach arrays (linear ones though). The arrows cannot be facing each other at the North and South side of the array. The head of the arrow at the bottom should point towards the tail of the other arrow at the top. Basically, half of the Haibach "cylinder" has the arrows pointing the opposite direction. I'll look more into what this arrangement would do using some good ol' modeling, but I'm pretty sure this would create something like zero field in the center, if the arrows were marked correctly.
If I need a 0.5mm X 0.5mm tip to have the strongest possible magnetization, should I use a cone or a pyramid? If we have the same material volume, which will have a stronger field at the tip? and how can we know the perfect cone/pyramid angle? Thanks!
supermagnetman such a big magnet in your hand or near to your body won't it affect deteriorating the Fe. in your blood hemoglobin !?will it break the blood structure or detriote it! if i may ask?
Focusing to a point, but what shape projects a B-field the farthest? Would the reverse end of the pyramid throw a field farther? The goal being the farthest field for equal magnet weight? Second question: What shape throws the farthest and largest dB/dt when spinning? Spin a magnet (by motor), is there a "best shape" (for equal magnet mass)? Farthest as measured from the point of closest approach of the spinning magnet surface? If the base-end of a pyramid threw the longest-largest field, would a "pie" shape be the best rotating shape? Apex of the pie at the center of rotation (fat end to the outside)? The longest-largest field might not provide the highest dB/dt? Are there better shapes to increase dB/dt? For example, wouldn't a rotating a bar magnet have several inflection points per rotation? One for the reversal from North to South and several others near the ends where the field goes to zero on-axis? Inflection points, where the field increases, then decreases and thus providing dB/dt?
Tom - basically to project a magnetic field over distance we increase the effective thickness of the magnet relative to the cross sectional area of the pole. For example - a 6mm diameter x 2 mm thick N50 disc magnet would have a surface gauss level of about 3,000 gauss. At 1 distance of 12.6 mm it measures about 35 gauss. Now, we double it to 6mm x 4mm and we get 4,100 g on the surface and 63 g at 12.6mm. Double that to 6mm x 8mm and we get 4,700 g on the surface and about 95 g at 12.6 mm. So you can see it is a diminishing return. If I stack up 50 of these discs so that it is about 6mm dia x 100mm long we get - 5,070 g on the surface and 160 g at 12.6 mm. Once the thickness (or length of the direction of magnetization) is greater than the longest path across a pole the diminishing returns really takes over. To increase beyond that you have to increase diameter. Now, for something a bit more exotic you can check out the Boyd Bushman patent - 5,929,732. We have made a sample of this and modeled it and it does project the magnetic field a little farther than a standard magnet does. Hope this helps:)
It is a lot more concentrated, but somewhat less than the bottom, because some of the magnetic field does come out of the sides of the pyramid and loop back around towards the bottom before it gets all theway up to the top.
OK, one application for pyramidal magnets is apparently to sell them. Another one is to damage magnetic media. Makes two. What about those many others?
Because the pyramidal structure focuses the lines of flux, it can be used anywhere you need a strong field from a small package that is at ambient temperature and self-contained. One sentence is demonstrating that you lack understanding of the topic and another is showing your overall ignorance and I do wonder, what about all the others?
Let me get this straight ...
You "rent this magnet out for money"?
Dude, you've created the worlds' first Money Magnet.
Ingenius!
How George hasn't lost any fingers to these incredibly strong magnets remains a mystery. I own a few crazy powerful magnets that I bought from Supermagnetman over the years. But my larger magnets are treated the same as I did in the US Army with grenades, very carefully.
When I need an intense field doing magnet therapy I stack biomagnets progressively from large to small so that being round they make a cone. The intense negative field breaks the ionic bonds in swollen tissue and restores lymphatic flow reducing pain. One client received frequent MRIs for his neck condition. He would get pain remission for a week or 2 after each MRI.
Yes - I would love to do a video on what I know about this subject but the various watchdogs guard their territory very diligently. I have recently designed a cool neck brace for therapy like you describe.
What about a magnet with the angles of the Giza pyramid? Very interested.
Several years ago, I helped one customer from USA to produce this type of magnet ,and he also need a cone Alnico magnet too. But I don't know where they used till now. but they are interesting magnet. Thank you. I am learning English and knowledge from your video. Although I worked in a magnet factory in fact...
+Jacky Wang I would like to know more about this and have you ever reproduced this? Also did you make it to a point or has the pyramid one ever get made to a point? Lastly what if you made two, each opposite in poles to each other then attach them to each other at the points? I suspect you may find it does something quit peculiar, perhaps spins at a very high rate with equally high tension... what do you think?
I don't know, I am not good at magnet applications, because all my knowledge is on the magnet itself, because I worked on magnet sales for 12 years, and work in a magnet factory. Usually I can give suggestion on magnetic material choosing, if the magnet can be produced (because usually magnets are not so machinable), the temperature if they can work in...blabla. and about the magnet will take what type of function, I don't know. although I have worked for so much time in this industries, I only can get to know something about where the magnet use sometimes from my customers.. haha
the magnet man usually give lots of useful information, but something is wrong as I think, but just on my opinion, maybe he is right.
I watch his video carefully, one reason is to get something I don't know, other hand I can learn English too. my poor English as a Chinese. :)
Jacky Wang Okay well try this...
Drop a magnet down a aluminum pipe.
@@jackywang818 You live in China and worked in a magnet factory in China? That is so cool. What kind of magnets did you make? Did you make Neodymium magnets?
Thanks for any reply. And your English is very good! Much better than my Chinese lol.
Cheers! :)
Would be curious to see diagrams of how the fields interact and the final result
PHASE CONJUGATION IN MAGNETICS
The meaning of the concept of conjugation of phases: The centripetal process in these magnets is unique- and is key to magnetic superconductivity. We are talking: The ideal magnets.
We are not only talking the geometry of the magnets overall form (pyrmid magnet); even so this is also critical… NOW WE WILL TALK “PROPERTIES” FROM INSIDE.
(Focused flux lines; pine cones kiss accurately and efficiently at the center.)
There is only one process in the world which makes a PHASE CONJUGATE MAGNET.
The technology involves putting a phase conjugate frequency signature- into the magnet molecular array- during the time of molecular crystallization at magnetization- or sintering process.
We know that this is making like poles attract; and there also are evidences (for years)- that correctly defined magnetic south- is more centripetal- than north.
Unfortunately we did (until now) not find any contract company to measure and prove … all this is made more complicated by the fact that the only companies in the world actually making strong magnets in production quantities- are the Chineses (control virtually all the rare earth minerals needed)- these Chinese companies seem to DEFINE NORTH vs SOUTH magnetically - in the OPPOSITE WAY western physics does! Combine this with the fact that western physics has failed to note the fundamental difference between centripetal vs centrifugal flux as being in fact the defining symmetry of north versus south. I also believe this is actually the defining difference between plus versus minus charge- the new information being that it is in fact fractality that causes all electronegativity to be centripetal.
Then add the fact that many use the term yin versus yang- for this physics- and the centripetal versus centrifugal definition of Yin/Yang has ALSO been inverted between traditions (Michio Kushi versus...). So be prepared for a little confusion.
The only name for things … If a quality like magnetic south, and charge negative is in fact a name for predominantly centripetal flux lines- you must know that- or you can be confused and manipulated. If alphabets and symbols are only a name for the plasma residue (symmetry of charge compression) necessary to embed/implode/fuse your centripetal (phase conjugate) toroidal flux lines.
The basics:
Geometry produces symmetry, which allows waves proceeding from opposite directions to meet each other and stand (to phase and phaselock.) Standing waves give the illusion of stability, segregation of momentum, and make possible the birth of matter. Pressure occurs where waves meet.
Ratios are the the constants on all scales.
If the geometry of replication is embraced in a seed of any scale, it is ratio that has the power. Size is unimportant where information is concerned, since information can travel to any scale via the wave guide, and be manifested. (Holofractal architecture).
Shape is the only thing nature has to conserve. (memory, ring out only from differences in shape, not substance) The only way to conserve shape along a path is to maintain the ratio of length, area and volume (a nest of ratios.) (“Attractor” theory in mathematics; waves which fit into each other / nests which stand, form matter)
The best pathway to maintain a nest of ratios is the golden mean (Phi).
Phi squared and Phi cubed are represented by the ratcheted dodecahedron.
This pathway enables information (shape) to be moved without loss of momentum (power). The closer a material comes to forming this shape and path, the greater its conductivity. Think of superconductivity that is super-coherence of resonance or wave shape.
Coherence at any level is coherence at every level. An orderly relation between wave lengths establishes a connection between frequencies and fields, which cannot persist unless it resonates to ALL frequencies and fields . This harmonic cascade (Jacob’s Ladder) establishes the connectedness called holography. Holo-Fractal Principles are the origin of centripetal forces… (!)
Again: We know that in “optics”; where the optical paths conjugate self organization results in superluminal
Only golden ratio conjugates (adds and multiplies- and therefore compresses infinitely and implodes).
+ The only path which allows conjugation in 3D is therefore- the way 2 pine cones kiss noses- in the center of stellating dodeca.
+ This is the only 3D fractal for waves
= The conjugation of wave phases constructive and possible ( both two sixty degree implosion pine cones learn to kiss noses)- we now can solve phase conjugate in optics, phase conjugate dielectrics … everywhere where people understand wave patterns.
Why is it they cut the tops off them, ask yourself that question, they dont want you to discover the field shape it creates
If you're saying that one molecule wide is the sharpness of a point that you care about, then we can argue about the practicality of attempting that design. But if you're saying that the difference between top and bottom is current too small a ratio and that a larger difference would create an incredible result, then we can talk.
Did this man just say PhD study on magnetic stress relief on whales?
Welds...
i heard whales too. laughed my ass off and almost changed videos. welds makes a lot more sense
I heard welds also... but I must have gotten used to the way people in Alabama speak, when I lived there.
The objective was to save sharks from fishing nets or fishing lines. The research was to see how much magnetism was required to repel the sharks and keep them from being accidentally caught.
kiriedriver this man is a genius
hey super magnet man!!! can you please show us some experiments with these magnets, is it true that the magnetic field can be focused onto a point with these magnets?
Hi,
You just throved in brilliant reason for idea with all these pyramid shaped magnets!
Swap them to the coils with same shaped cores as transformer's primary and place transformer's secondary in concentrated magnetic field area and.. bingo!!!
Cheers!
Throved.
3AM INFOMERCIAL:
"Tired of stressed out whales?" [Shot of frustrated PhD]
Me yesterday human mulling too much equip in and out of gold field.
Thats why Im here at the bottom looking for gold easier with magnetic field
What effect does these strong fields have on you wrist watch?
There is not a lot of good quality information on magnetics. Thank you for the videos!
How much difference would it make if they were cones instead of pyramids? And what if the thinning towards the tip wasn't linear, but a concave or convex curve? any difference if the curve is a circular or elliptical arc?
The pyramid's power is in the pyramid shape.
I need magnets like this for a similar version of the halback (or w/e) array. I have a theory on power generation and might be able to complete a design with magnets like this. How can I get them or one like them made?
I enjoyed your program. I am probably not your typical viewer. I am a basketball coach. I have been thinking of a human force field to be utilized in the game. I feel that it would be most easily demonstrated to my players through the use of magnets. Would it be possible to acquire 6 pryamid magnets that fit together to make a cube? I had thought that I wanted the magnets to be pointed on the top. (continued in part 2)
Are there any cool experiment links that I can see with these? I'm beyond obsessed with electromagnetism these days, and it's such a ginormus subject that I am trying to see everything I can, and get a very well rounded idea of what's possible and what's not. thanks a lot!
Show the plasma! Theere must be a simple demonstration of the plasma emitted from the tips, like the Schleiren photography or photo film.
Thank you. A good video.
I worked with permanent and èlectromagnets on mass spectrometers, ion gettering pumps, etc.
Your magnets would allow significant miniaturization of the systems I worked on.
Glen, we would love to help you check it out:) Just email us at mrgeorge@supermagnetman.com.
I bet you learn quickly at this company to watch where you put down these super-powerful magnets. You'd only make a mistake one time...
very nice friend have you made a cube out of pyramid magnets. ?? bet it had some nice readings if so would make a great video.
Have you constructed pyramidal magnets using angles representing the golden triangle? Thank you Mr. Mizzell you are the coolest
2 magnets I would like to own: 108, 36, 36, and 137.5077, 21.24, 21.24. Where my Ken Wheeler fans at?!
Pyramid power strikes again!
Hi George, do you sell those pyramidal magnets in your website? I wasn't able to find it !!
Bernoulli’s equation works in everything
Hello George, learned about U from Ken Wheeler , Question.... what is the safest way for me to take the magnet out of my very old micro wave?
But Can you make a cude out of 6 pyramid magnets.
Golden ratio curve?
If you break one of these pyramid magnets along the horizontal plane (if the pyramid were sitting base on the ground), do the two portions attract or repel if aligned along the break?
@fuck google Try breaking a one of those common ceramic magnets in different ways. Then try reassembling back the way it was. It will depend on how you break it whether the two pieces attract or repel.
@fuck google Don't take my word for it -- try it. It depends along which axis you break it. If you break it like NS - NS it will attract. If you beak it like:
N-N
S-S
It will repel if you try to reassemble exactly as it was. "-" represents the break line.
Make a tip in gold... And on an other note... His watch must be all plastic or would it alter the mecanism?
Can an electromagnet be made in the pryamid design
4 months so far-and still no answer??
Electromagnets are usually wound around an object, making them round by default. Even when they're wound around objects with sharp corners, they still result in slightly rounded edges due to the wire winding around it. So what you're better off asking is if an electromagnet can be made in a cone design. The answer is yes, but it's a huge pain in the butt to get a tight wind, as the wire always wants to slide down to the narrow end of the cone. If you mind having loose winding, then I would recommend gluing the winding as you wind it.
@@megadeathx Suppose you start your winding on the narrow end, with a drop of glue to hold the end in place. Then as you wind up toward the wider end, wouldn't the "sliding toward the tip" effect make the winding TIGHTER?
@@senseisecurityschool9337 No because the direction of pull isn't perpendicular to the surface. In practice, I have found that the wire pulls *over* the previous winding rather than *against* the previous winding; so while it is tighter in a density sense, it's not at all tight in an useful line.
If you want to build the correct cone coil, use COILED wire. The result is coiled cone coil, the magnetic vortex would be formed according to walter russell. This is the TRUE analogy of russell's teaching. Illuminati fked everything.
what about a cone magnet? do the number of sides matter?
So when you drilled the hole in that magnet you showed at the end, did Eddy Currents make that process more difficult, or how did you go about doing that?
He must have drilled it before magnetizing...
shouldn't need to glue them ???
Sliding could make it change fields slightly maybe, which is bad for paper experiments
It would be interesting to levitate some diamagnetic material (like pyrolytic carbon) over these very strong magnets.
thanks for the article S/M man,.. I was wondering if you have tried to make strong, standing magnetic fields 'within' a vase shaped container and also wondering how you monitor or map the 'actual' standing magnetic field (in fine detail) of your particular magnets. I look forward to your reply, and thanks again for these informative and interesting articles. ps I just noticed article date is 2012,.. hope you are still around and available for feedback.
would be interesting to see a large pyramid magnet with mini pyramids placed all around it, since a pyramid is slopped towards the top then all mini pyramids would be too, sort of focusing their flux in the direction of the tip of big pyramid like a pine cone
Trying to make magnetism at a distance or a what would appear as a monopole
Want to create non stable magnets or a container that can hold them in an unstable position , how can I quote some?
Dear kind sir , I really enjoyed your video , how about conical ciliniods , they concentrate the magnetic field on the top ?
Do you have a blooper reel where you place the magnets too close to other things? 🤔
i have to focus electromagnet field at single point which diameter of 2 mm.and its does't kindly tell me the reason and some ref....
Very cool. They are very powerful, but they still need to be glued together (1:34)? That lowers the field strength, although probably not by much.
i would not be holding that by my head for a long time
Actually there are no harmful effects. Just think of it - if you had a medical problem they will frequently send you for an MRI which is 4 - 8 times as strong as some of these neo magnets.:)
Thats a really good point.
but you dont think if you held that magnet by your head, like direct contact, it would do something wouldn't it?
Are there any health applications for these magnets?
Agreed.
I've been putting strong magnets to my head and operating strong radio transmitters for many years and I assure you there are absilutely no negative side eff...ff...fffe...ffeec...ects.
+cailean paris,
There are videos of strong magnetic *pulses* applied to the brain to disrupt some functions in an effort to find uses.
Many applications? I think you spoke of three and two of them were erasing magnetic media. I'm overwhelmed with all the possibilities. Just like a salesman; you talked for 9 minutes and said "we make magnets"
Karmicmessenger
projectavalon.net/forum4/showthread.php?98201-Sharks-magnetic-fields-humans-Alzheimers
Hey super magnet man. First, i wanna say, great videos ive seen a few theyre good. I have a question for ya. Can u tell me anything about what is taking place when u try to squeeze to like poles against each other? I say squeeze because to me thats what it feels like. Does that put pressure on each field? Could some one maybe draw power from that or apply that somehow to technology?
Interesting.
What about five-sided pyramids?
*_SHOUT OUT TO KAREN B_*
How do I study with you? Your videos make my thoughts race, and theories come alive.
Thank you so much!!! I LOVE developing these videos and doing the work ahead of time to make sure everything comes together. I am working on one now that will cover all the details of Eddy Current drag as it pertains to slowing down moving objects. Trying to put some practical and useful data together.
@@SuperMagnetMan I really look forward to watching your videos and getting caught up to speed. I can tell you love your work as much as I do. Thankyou for sharing your learnings, and insight
@@SuperMagnetMan have you done any Research into people wearing magnets on their hands feet and head and meditating sitting in a pyramid shape to see if the magnetic field increases during meditation or not?
What would be interesting is if there was a way to control the amount of force generated, kinda like a dial control for intensity. Then would it be possible to tap the fields of the earth to ascend and descend from the distance to ground. Think of the different invisible intensity lines. Could you imagine tapping that field. That my friend would be amazing. I can visualize the feeling and a possibility but I don't know that much about the earths field and what frequencies those,,,,, lay lines I guess are??? To tune instruments to those fields and lift a object by control would take a different type of system altogether. I wonder if teletronics would have to be the control mechanism..
Just wondering do you know where I could learn more about teletronics and what materials have the best results/ reactions to this form of research????
Thanks for the video and your time in reading this comment..
God speed and happy experimenting!!!!;-)
I've just bought my first one inch neo magnet sphere. It seems to punch waaaaaaaay above its weight!! I wonder if that is also focussing the feild to a point? I can barely remove it from my metal bedpost and it's only one inch...
how are watches working aroud so many magnets?
Where to buy a magnet
what about a conical magnet with the same blunt tip? then you wouldn't have the sides and edges....
"IF you use a pyramid magnet , is that not like how an explosive shaped charge directs it energy?" And if so, why can you not use it for anti gravity propulsion?
Kim Randall do you even know what gravity is?
Very interesting and knowledge enhancing. ✌️🤓👍
Hi
What about magnetic bearings that can float a motor or generator axle with no friction?? Can thes pyramid magnets work well for that?
Thanks !!
I already use magnetic bearings for yard ornaments.
@@johnknoefler
Is there advantage with pyramid shape with mavebtic bearings?
Could they work for say 1000w generator bearings or 3hp motor bearings?
AL: "What exactly is in the round space gap of the halbach/pyramids magnet to make it so strong?"
ED: "Magnetic lines of force, Al."
AL: "So the magnets are polarizing the zero point field, and that is the medium that allows the magnetic lines of flux to be detected outside the physical boundary of the magnets?"
ED: "There aint no zero point field Al -- it's just magnetic lines of force, those magnets aren't polarizing anything, now don't be making this mysterious"
AL: "If there's no zero point field with virtual particles being polarized by the magnets, how are the 'magnetic lines of force' hanging out in the open air around the magnets?"
ED: "Them magnetic lines of force is just THERE, right next to the magnet"
AL: "No medium then? No zero point field?"
ED: "Just THERE, Al. I told you don't complicate this."
.
.
.
You missed the part where Ed says "More Power!" and grunts as he adds another layer of pyramids outside of the inner ring.
is it possible to focus an electro-magnetic field to a desired point in a given space? if so what materials would be needed and how would it be done if possible?
Is there a geometry that focuses the field for an electromagnetic, to put all of the magnetism at the end of a rod?
what will happen if use double pyramid magnet. Explain with direction of magnetic field lines plz...
Is it me or is this just a lot of jaw flapping? I thought we will see some footage of the field at least... :(
I do have some low res footage of the sharks and magnetic fields - I will have to look for it and make a new video about that.
Not you that was a lot of jaw flapping WTF !
Yes, it is you.
@@SuperMagnetMan Forget whales FFS! Just show us some effects of its supposed powerful field.
I purchased a neodymium ring. Love it
Hi, great informational vids, could you do one on MRI Machines and the magnets used for them. Thanks for you sharing
Evan Wittwer
This explains a bit about MRI
projectavalon.net/forum4/showthread.php?98201-Sharks-magnetic-fields-humans-Alzheimers
What is the optimum taper angle and shape? I would think a cone would be just as good or better than a pyramid, although perhaps not as interesting
"It'll clean yer tapes or drives like a virgin dic....errtapes and disks"
Interesting, but what good is it for? What use is 12000 Gauss? What can you do with it?
my lowther speaker has 24000 gaus (PM4A)
Could you use a Halback array with a copper fan that heats up from the len's law for a heating system? With also using Aluminum and copper to generate electricity to power the device has it is operating? A self sustaining space heater a self sustaining refrigeration system? A superconducting electrical power generation system? In fact using these concept's you could design a electrical power generator to power electric vehicle's of all type's correct? No more need for huge battery bank's? 😊
_Halbach_ - And no; Infinite energy systems are literally impossible. If you think otherwise you might have missed something very important in high school science.
So, let me get this straight... You ask a question and then spew rude words (that seem to revolve around penises and rectums) in a semi-coherent insult when you get an answer?
Brilliant. That's the way to do it!
And no. No, I am far, far, _far_ away from knowing everything - Except that I couldn't possibly insult you more than have yourself already. At that, you, little sir, receive a gold star.
It was a baited question a hook in your jaw? Yanker a different type of fishing wanker! 😊
@@jimmartin3833 Yeah.. okay. Um, perhaps talk to your doctor about increasing your dose of lithium.
😏👄💩👽 🗼🐦
What would happen to a fluid such as gasoline if it passed through that magnetic field?
Mostly nothing at all. Except a very very slight repulsion.
So, I have to ask, because the arrows on those magnets seem to be pointing the wrong directions. I study magnets in my PhD and have even made Haibach arrays (linear ones though). The arrows cannot be facing each other at the North and South side of the array. The head of the arrow at the bottom should point towards the tail of the other arrow at the top. Basically, half of the Haibach "cylinder" has the arrows pointing the opposite direction. I'll look more into what this arrangement would do using some good ol' modeling, but I'm pretty sure this would create something like zero field in the center, if the arrows were marked correctly.
Brock Peterson did ya figure it out?
You love to make money and sell magnets. I wish to know about this realm.
Study mesmer.
Magnetic flux, up to a point
Where is your store. I want some.
Over 9000???!
If I need a 0.5mm X 0.5mm tip to have the strongest possible magnetization, should I use a cone or a pyramid? If we have the same material volume, which will have a stronger field at the tip? and how can we know the perfect cone/pyramid angle?
Thanks!
Jonathan, the Pyramid is the best. The rounded tip of a cone would not be as good as the square top pyramid.
Thank you! I'll buy a couple on your website for a try... Nice videos by the way!
Im just scared seeing those other magnets on the table.
magnetic fields are capable of producing heat ?
1:05 Magnetic flux is over 9000!
What about cone magnets or hemispherical magnets?
1:09 "it's over 9,000!"
supermagnetman such a big magnet in your hand or near to your body won't it affect deteriorating the Fe. in your blood hemoglobin !?will it break the blood structure or detriote it! if i may ask?
The iron in hemoglobin is not ferromagnetic.
Have you made a magnetic pyramid grid?
Focusing to a point, but what shape projects a B-field the farthest? Would the reverse end of the pyramid throw a field farther? The goal being the farthest field for equal magnet weight?
Second question: What shape throws the farthest and largest dB/dt when spinning? Spin a magnet (by motor), is there a "best shape" (for equal magnet mass)? Farthest as measured from the point of closest approach of the spinning magnet surface? If the base-end of a pyramid threw the longest-largest field, would a "pie" shape be the best rotating shape? Apex of the pie at the center of rotation (fat end to the outside)?
The longest-largest field might not provide the highest dB/dt? Are there better shapes to increase dB/dt? For example, wouldn't a rotating a bar magnet have several inflection points per rotation? One for the reversal from North to South and several others near the ends where the field goes to zero on-axis? Inflection points, where the field increases, then decreases and thus providing dB/dt?
Tom - basically to project a magnetic field over distance we increase the effective thickness of the magnet relative to the cross sectional area of the pole. For example - a 6mm diameter x 2 mm thick N50 disc magnet would have a surface gauss level of about 3,000 gauss. At 1 distance of 12.6 mm it measures about 35 gauss. Now, we double it to 6mm x 4mm and we get 4,100 g on the surface and 63 g at 12.6mm. Double that to 6mm x 8mm and we get 4,700 g on the surface and about 95 g at 12.6 mm. So you can see it is a diminishing return. If I stack up 50 of these discs so that it is about 6mm dia x 100mm long we get - 5,070 g on the surface and 160 g at 12.6 mm. Once the thickness (or length of the direction of magnetization) is greater than the longest path across a pole the diminishing returns really takes over. To increase beyond that you have to increase diameter. Now, for something a bit more exotic you can check out the Boyd Bushman patent - 5,929,732. We have made a sample of this and modeled it and it does project the magnetic field a little farther than a standard magnet does. Hope this helps:)
Is Magnetic field having inertia?
Just purchased pyramid magnets from supermagnetman.com. I'm looking forward to using them in my research projects!
@Tiffanie, awesome! We're so glad to hear! Please let us know how it goes!
can we redirect a magnet filed
Is his watch still working?
Is the force on the "tip side" of the magnet greater than the force of the base? Or just concentrated more?
It is a lot more concentrated, but somewhat less than the bottom, because some of the magnetic field does come out of the sides of the pyramid and loop back around towards the bottom before it gets all theway up to the top.
Confused 8 different magnets or same?
have you attempted to make a vortexual magnetic field by angle and alignment?
bhai tu chutiya h
Super, Super, Super Cool!
How can I get this
but can i fly when i strap one on my head?
If the pyramid was one piece instead of two separate pieces, would the power be the same?
Equaling the same dimensions of course
sir how make signal pole magnat
repulsion iron..??
Is that metal platinum?
OK, one application for pyramidal magnets is apparently to sell them. Another one is to damage magnetic media. Makes two. What about those many others?
Because the pyramidal structure focuses the lines of flux, it can be used anywhere you need a strong field from a small package that is at ambient temperature and self-contained. One sentence is demonstrating that you lack understanding of the topic and another is showing your overall ignorance and I do wonder, what about all the others?
It's over 9000!?
Sir I want this piramid magnet