Very Cool! I am very happy to see you exploring this. I really like seeing your square magnet array. Very interesting and well done. Keep it up. Who knows what you may discover that others have not seen yet.
Back in 99' I built these arrays using Christmas ornament shells, 3/8" Ferrites, and a glue gun. The Ferrites at the axials would reverse polarities. I did not know at the time that Ferrites are not permanent magnets. They were alot of work and a wonderful learning expierence. Thank you, so very much for sharing, your expierences, your gained knowledge, and experimentation.
Have a look at the Pantheon ceiling in Rome. The recessed stepped pyramids each create a field in the same way as your magnets. This also explains what a flower is doing with its petals.
Watch David LaPoints primer fields. Where this array originates. These fields are universal, from the microscopic to the macroscopic. This is the Unified Field Theory of everything!!!
Beautiful work! Thank you again for sharing. I really enjoy the field viewing of the shapes and relative strengths of field. I wish there was a way to do it in 3d. I have a number of experiments I would love to try with something similar to both of those with a spiral pattern of N/S, especially with the disc magnets. Or, something like layers of magnets in either horizontal or vertical lines of N/S
What do you use to hold the magnets in place? I'm always experimenting with magnets. They're amazing. Wish I had a deeper understanding of applications.
@@OmegaZZ111 Lots of patience :). We've got two set with magnets but I'm not sure how to connect the motor (has a smooth round shaft) & the inner liner for the array has a D shaped hole. Did you cut the motor shaft? Sorry for all the questions, this is my first time trying anything like this. Thanks again
As always you share very interesting stuff. Please continue to share your beautiful ideas. In an other video I was thinking about inserting an infinite copper coil inside a spherical magnetic field. With your design it is possible to do it simply. Again many thanks for your great work.
Does this have any wire on the outside of the half sphere Sir ?? Did you find any increase in magnetic strength between the two different type of magnet shapes ?? This is a very interesting video as it gave me many ideas to try for myself. Job well done Sir. @@OmegaZZ111
@@OmegaZZ111 It would be a good experiment to try, just to see whether the polarity of the iron itself is temporarily changing under the magnetic fields and they repel or if the iron serves to shield the magnetic fields from each other and it is like putting two non-magnets together.
very cool, 3m is pretty far actually for something that small and no moving parts. scale that up 20,000x and you're in orbit, good bye 10 million tonnes of fuel to get into space, hello magnets! fascinating stuff with the polarities as well
3 meters is horizontal, vertically it's not that high i think, but still impressive for the size. If I remember correctly there are already ideas and concepts about an oversized railgun that shoots satellites into orbit, but the main problem would be building the sensitive equipment sturdy enough to survive the enormous acceleration and obviously humans wouldn't survive such a launch either. 😄
did you try to do the experiment where instead of stacked magnets you would let an iron ball to be attracted into the whole at the bottom of the spherical array (inside some pipe that would prevent it from derailing)? Steel balls of various diameters can be bought online but iron spheres might be more difficult to find. Very nice arrays and 3d prints! Best regards!
@@OmegaZZ111 If the basic assumption is that the magnetic field attaraction is stronger on side then on the other a steelball should be accelerated through the gate and is much easier to handle then a magnet experiencing a lot of additional torque. Please give a try I am also eager to hear if the basic assumption is proved. :)
Make a couple of them and put a plastic pipe from the centre in a loop ring configuration put a small ball magnet or steel ball give it a little push and watch what happens lol
The magnetic field shapes remind me of cymatic patterns different frequencies give different patterns!! Maybe a experiment to hone in on certain frequencies to match /benefit health issues?? Or by spinning the array at different speeds are multiple magnetic fields induced??
Very Cool! I am very happy to see you exploring this. I really like seeing your square magnet array. Very interesting and well done. Keep it up. Who knows what you may discover that others have not seen yet.
hello David. literally just came here from your primerfusion part1 th-cam.com/video/9q_IvxWoY4E/w-d-xo.htmlfeature=shared
keep up the good work! :]
Thanks for the inspiration, that bowl shaped magnet array looks very promising to me.
@@OmegaZZ111 so is this a useful tool now or not?
Will you release the other 4 parts of Primer Fields?
Subscribed!!! Great to see people paying attention and expanding on Davids work 👍
Back in 99' I built these arrays using Christmas ornament shells, 3/8" Ferrites, and a glue gun. The Ferrites at the axials would reverse polarities. I did not know at the time that Ferrites are not permanent magnets. They were alot of work and a wonderful learning expierence. Thank you, so very much for sharing, your expierences, your gained knowledge, and experimentation.
Have a look at the Pantheon ceiling in Rome. The recessed stepped pyramids each create a field in the same way as your magnets. This also explains what a flower is doing with its petals.
very cool. I'm just now hearing about these arrays and am very interested. Thanks for sharing the .stl files
Watch David LaPoints primer fields. Where this array originates.
These fields are universal, from the microscopic to the macroscopic.
This is the Unified Field Theory of everything!!!
Excellent breakdown and modification of the array!
Can we buy one from you??
This is genius bro! The application's are endless .. brilliant, huge implications ..
Thank you so much for your efforts!! I hope to share with you one day what I have discovered with magnets.
Beautiful work! Thank you again for sharing. I really enjoy the field viewing of the shapes and relative strengths of field. I wish there was a way to do it in 3d.
I have a number of experiments I would love to try with something similar to both of those with a spiral pattern of N/S, especially with the disc magnets. Or, something like layers of magnets in either horizontal or vertical lines of N/S
It possibly could be done in 3D with iron filings. I really thought that would be shown here. Perhaps it doesn't work because the field is too strong?
You could just simulate it, there's a couple open source EM solvers available for free
hi, falls du es noch nicht versucht hast probiere vielleicht die Anordnung des Musters einer Sonnenblume (fibonacci) 🤞🏼
Genau das habe ich tatsächlich vor kurzem gemacht 😅
David had videos
"you were not supposed to know this" that have since gotten taken down. Any you know where to view them?
Nice presentation, and I like the use of smaller disc mags near center
Epic demonstration!
Thank you for the work you do! I have downloaded a few of your stl files and printed them out. Do you glue your magnets in place?
You can do so, but if the fit is tight enough the magnets will stay in place even without glue.
I love your work, keep those video's coming. Thnx :)
What do you use to hold the magnets in place? I'm always experimenting with magnets. They're amazing. Wish I had a deeper understanding of applications.
It is a 3D printed plastic holder.
That's beautiful 🙂😊
It's always so cool seeing the magnetic field.
Thanks for sharing all this.
Hello, where I can buy one of these? Thank you.
thank you sir , awesome stuff .. i learnt a lot.
Use ferrocell to show the field.
Not so widely known, the ferrocell
, I think someone has made a 3D version .
I was about to comment this, but you beat me to it
Do you have any tips on how to insert the magnets? It is more difficult than I realized. Thank you!
Take one single magnet and put it on a screwdriver with a flat top.
Also you will need strong hands and a lot of patience.
@@OmegaZZ111 Lots of patience :). We've got two set with magnets but I'm not sure how to connect the motor (has a smooth round shaft) & the inner liner for the array has a D shaped hole. Did you cut the motor shaft? Sorry for all the questions, this is my first time trying anything like this. Thanks again
As always you share very interesting stuff. Please continue to share your beautiful ideas. In an other video I was thinking about inserting an infinite copper coil inside a spherical magnetic field. With your design it is possible to do it simply. Again many thanks for your great work.
AT 08:50 YOU ARE INSERTING SOME MAGNETS INTO THE FIELD FROM THE WIDE END OF THE SEMISPHERE , TRY PUSHING IT THE OTHER WAY
What is the material you use for the copper color half sphere ?? Do you think this will make power by making a circular loop ??? Like the video fella.
3D printed plastic (PLA)
Does this have any wire on the outside of the half sphere Sir ?? Did you find any increase in magnetic strength between the two different type of magnet shapes ?? This is a very interesting video as it gave me many ideas to try for myself. Job well done Sir. @@OmegaZZ111
@@victoryfirst2878 There are no wires and yes the array with more magnets has a stronger field.
Hello.
If I don't have a 3D printer , do you think I can glue the magnets to a bowl ???
Where can I get some of that Film ???
Thanks.
In theory yes, but I can imagine that this is very difficult to do.
Search for color gradient magnetic viewing film.
Have you tried pushing two half sphere arrays with the same polarity together?
Yes, they repell each other.
@@OmegaZZ111 Thanks for the response. If you placed an iron ball in the center void, do they still repel?
@@wesbaumguardner8829 I didn’t try but I am pretty sure they would still repel.
@@OmegaZZ111 It would be a good experiment to try, just to see whether the polarity of the iron itself is temporarily changing under the magnetic fields and they repel or if the iron serves to shield the magnetic fields from each other and it is like putting two non-magnets together.
Will you Sell them? I would love to buy 1 or 2 for experiments in motors/transformers.
I sell some of them in my shop, if you want a custom one send me an email.
very cool, 3m is pretty far actually for something that small and no moving parts. scale that up 20,000x and you're in orbit, good bye 10 million tonnes of fuel to get into space, hello magnets! fascinating stuff with the polarities as well
3 meters is horizontal, vertically it's not that high i think, but still impressive for the size.
If I remember correctly there are already ideas and concepts about an oversized railgun that shoots satellites into orbit, but the main problem would be building the sensitive equipment sturdy enough to survive the enormous acceleration and obviously humans wouldn't survive such a launch either. 😄
How strong do the magnets need to be?
As strong as you want the field to be, any magnet will work.
@@OmegaZZ111 thank you
The field is not inverse. It is an overlapping/interference field array.
I was waiting to see what happens when you nest the small sphere into the large hemisphere...
It gets attracted into it.
@@OmegaZZ111 Spin it really fast?
did you try to do the experiment where instead of stacked magnets you would let an iron ball to be attracted into the whole at the bottom of the spherical array (inside some pipe that would prevent it from derailing)? Steel balls of various diameters can be bought online but iron spheres might be more difficult to find. Very nice arrays and 3d prints! Best regards!
No I didn't try it with steel balls, what should be the outcome?
I think it just would get attracted and then stuck inside the hole.
@@OmegaZZ111 If the basic assumption is that the magnetic field attaraction is stronger on side then on the other a steelball should be accelerated through the gate and is much easier to handle then a magnet experiencing a lot of additional torque. Please give a try I am also eager to hear if the basic assumption is proved. :)
You can get the same inverted field effect with a hole in a sheet magnet.
I was hoping you would put opposite polarity bowls back to back (opposite of a ball). That is the shape of every star/quasar's magnetic field.
They will slightly attract each other if you put them together like this.
If you make a gofundme to create the generator David has made i would donate. :)
Nice of you but I am not intending to do that.
Make a couple of them and put a plastic pipe from the centre in a loop ring configuration put a small ball magnet or steel ball give it a little push and watch what happens lol
The magnetic field shapes remind me of cymatic patterns different frequencies give different patterns!! Maybe a experiment to hone in on certain frequencies to match /benefit health issues?? Or by spinning the array at different speeds are multiple magnetic fields induced??
These are being sold for £200 for healing on the internet.
Iron conducts magnet fields. Precious soft metals isolate separate north/south, +/-, 1/0 fermie cell magnetic oort cloud fields creating a plane IE Equator, Solar plane, Galactic plane milky way.