I'm imagining shock absorption without friction and rail cars that glide on a magnetic field. You could you turn propellers with this and slow a car's wheels with magnetic force. Oh man I need shoe insoles made of these. Literally floating on a magnetic field with every step. You could also use this to dampen shock waves in buildings.
Would it be possible to use a sheet of bismuth to act as magnetic shield? I know this doesn't work with conventional magnets but I wonder if this can work with polymagnets using small magnetic fields. Thanks!!
I'm wondering if it would be possible to create--either in whole or in part--a frictionless system of virtual gears using free-floating magnets held in place by each others' magnetic fields, in a vacuum chamber (to make it frictionless.) Instead of cogs with teeth, it would be invisible fields of magnetic force.
How long are these magnets expected to last under normal conditions of vibration, heat, and 'flux leakage'(? i.e. what happens if you don't store standard magnets with keepers in place) ? If these magnets are spinning around each other... won't the AC magnetic field tend to deprogram them? Perhaps not a big affect for a latch... but I recall you claiming you had magnetic gears which I can imagine people wanting to rev to high rpm.
Well, it all depends on the magnet material they chose, but if it's strong enough, it's as permanent as a neodymium-iron-boron i.e. pretty damn permanent.
I'm not so sure... Field life if closely related to how they are used. With these, a portion of the field is always in conflict... and conflicting fields often degrade lifespans (thus, why industrial magnets are separated for long term storage).
if you're talking about the strong magnets, they can probably be slid off or "tilted off" like a normal magnet, but I have yet to get myself some, so I am not entirely certain.
great technology.... has large potential to apply
I'm imagining shock absorption without friction and rail cars that glide on a magnetic field. You could you turn propellers with this and slow a car's wheels with magnetic force. Oh man I need shoe insoles made of these. Literally floating on a magnetic field with every step. You could also use this to dampen shock waves in buildings.
Thank you for this demo, I couldn't find a video as good as this one.
Would it be possible to use a sheet of bismuth to act as magnetic shield?
I know this doesn't work with conventional magnets but I wonder if this can work with polymagnets using small magnetic fields.
Thanks!!
I'm wondering if it would be possible to create--either in whole or in part--a frictionless system of virtual gears using free-floating magnets held in place by each others' magnetic fields, in a vacuum chamber (to make it frictionless.) Instead of cogs with teeth, it would be invisible fields of magnetic force.
Thanx u for ur hard work ! From France
Awesome tech ! I want those on the cabinet doors on all my houses. I will also be an investor just the same. I'll be in touch. Thanks.
perfect for programming magnets for magnet motors
Does polymagnet make levitated magnetic bearings for mounting a rotor shaft of a motor ?
Wonder what attracted this gut to the job?
Sorry, had to do it
How long are these magnets expected to last under normal conditions of vibration, heat, and 'flux leakage'(? i.e. what happens if you don't store standard magnets with keepers in place) ? If these magnets are spinning around each other... won't the AC magnetic field tend to deprogram them? Perhaps not a big affect for a latch... but I recall you claiming you had magnetic gears which I can imagine people wanting to rev to high rpm.
Very cool thanks for making this
I'd like to buy me some of those just to play with when I'm bored at work!
me too
Can you make a Hallbach array on a face?
How would I distinguish the poles?
Can we invest in this technology?..And how?
+Amange „AK“ Shoejaeyfar Was asking myself the same question
Supporting them by buying the demos online! This helps them with funding and shows that there is still interests in the products.
me too up
so theorticly you could make a genorator more efficient?
Yes. Theorticly I could make the genorator so efficient that it will fly.
Does these Polymagnets last long enough like the conventional magnets?
Well, it all depends on the magnet material they chose, but if it's strong enough, it's as permanent as a neodymium-iron-boron i.e. pretty damn permanent.
I'm not so sure...
Field life if closely related to how they are used. With these, a portion of the field is always in conflict... and conflicting fields often degrade lifespans (thus, why industrial magnets are separated for long term storage).
Isn't this just a macroscopic hard drive platter with 1's and 0's written on it?
Can please elaborate your question? It seems interesting...
@@rextransformation7418 here you go this might help with what you're asking ☺️
@@dissonanceparadiddle uhm... Pardon me? I see nothing.
•_•
What do We want? A spin function! When do we want it? Yesterday!
I bought a bunch of these magnets, how do I get them apart? Seriously, is there a trick?
if you're talking about the strong magnets, they can probably be slid off or "tilted off" like a normal magnet, but I have yet to get myself some, so I am not entirely certain.
They're very strong. I finally got them apart with two pair of pliers and slid them off each other. Keep the plastic disk between them for sure.
Ahahaha, well, thanks for the warning! :)
5:06
I like when pat earns
Perpetual motion si posible whit this magnets programables
everything i learned in school is worthless now
Amazing
Hi Don
Goodbye bearings
Make a labrynth
Program is the wrong word imprinted is a better one.