Very impressive and informative demo. I have not seen any of your other videos before, however, I think that after seeing this one I’ll be exploring more. I applaud your experiment and investigation.
@Weedweird I think 13:00 counts as a practical application. If you hook this up to some rig capable of measuring the magnetic flux within the array with great accuracy then you can "hear" impacts on our planet's magnetic field, like the solar flares that sometimes peel back layers of magnetic lines as if it's an onion/banana, you could even literally feel when these lines reconnect. This would be the core of things we now consider Star Trek technology. Geordi LaForge would have you know to not hold one of these during an EMP attack.
If you put a pair of magnets in each sphere inner pore, joined North to South, would that increase the interior field? After watching this I'm trying to brainstorm ways os getting a copper wire lattice to spin between the outer sphere and inner sphere...
could you build a bigger sphere, that the magnets of the outer shell are arranged in that way that they would push the inner sphere with magnets arranged the other way? self powering?
Good on ya brother. If you could make that into a smooth sphere, with all magnets S pointing outwards, the outer surface is a monople where only N of another magnet is attracted to it.. BTW an electrical load placed on a Permanent Magnet Generator PMG's will not slow the rotor of a Tesla turbine driving it.. The coging is constant. Like you can make an electric current from two interacting permanent magnets. (PMs), but you cant make two magnets produce work with current without using windings. With a DC-PMG, the rotors themselves can store a charge, like a capacitor, like a flux capacitor, and store a charge in a capacitor. Then dump the entire stored charge into a load and the Telsa turbines should be still purring like kittens.
@@OmegaZZ111 Did you at least got close to it? What was the most interesting effect you found? Did you get something that mainstream science cannot explain?
@@vic3451 How would I know if I was close? 😆 There are certainly things I can't explain, it seems mainstream science always has an explanation for everything.
@@vic3451 The high voltage experiments were very interesting to me, but the effects of magnetic fields on water/the human body were the most significant for me so far.
Hi Omega, got a question about Dielectricity, is it possible to power a common machine like a laptop with it? The impulse duration needs to be less than 100 microseconds to be safe, and without a magnetic component an inductor would have no effect on it for making the waveform stable, plus if it could be smoothed into a stable waveform that would remove the tiny duration of the impulse, so how would we use it for powering standard tech?
No way to power it with high voltage impulse electricity (what you call dielectricity) directly. You will need diodes and capacitors to rectify it and to get a usable DC supply.
@@OmegaZZ111 For what purpose would rectification serve? Dielectric impulses are already DC and don't need rectification, do you mean to rectify the pulsed nature of the waveform into a smooth waveform? Because that would result in the loss of the Endothermic (cooling) properties of the dielectric current as that only occurs if the impulse duration is less than 100 nanoseconds. And what do you mean that I would need to get a usable DC supply? Are you referring to generating the impulses or powering a common device?
@@JenkoRun By DC I mean a constant voltage, like the output of a power supply. High voltage Impulses will most likely destroy sensitive electronic devices.
@@OmegaZZ111 Perhaps a voltage regulator would suffice to keeping the voltage at an appropriate level? Fortunately pure dielectric impulses don't damage material if the duration is low enough, since odds are we can't make the waveform stable (because that ruins the non-damaging and endothermic effects) does this mean it is impossible to power things like common computers using it?
@@JenkoRun if I can envision this correctly it would be possible with a divergent device that takes in high voltage and radiates lower voltage over longer time. maybe a pyramid shaped cristal that takes the dielectric through in a divergent way or given the fact that gravity is a non point source the planet is basically doing the same thing you want(creating huge amounts of energy and dispersing it like a light bulb)
Can you explain, why my neodymium magnets, after few experiments , the repelling sides started to attract, so dose not mater which side o pole i give N or S it's still attracting?
What experiments did you do? Most likely you permanently damaged your magnets, a magnet can be remagnetized by a stronger field. View those magnets under a magnetic viewing film and you will see what I mean.
13:00 You can **feel** the Earth's magnetic field by jiggling it in your hand?? That's a use case all by itself. Did any embedded magnets get pulled or pushed out of its seating yet? This almost feels like watching you juggle a grenade lol.
You can feel it with any bigger neodymium magnet if you rotate it like shown in the video for a while. From my experience with some arrays you feel it stronger than with others of the same size, so I think the field geometry is important. Yes I glued the magnets in, otherwise they will pop out. With the bigger sphere magnet it is indeed a bit like a grenade. 😄
With there possibly being a hollow layer with water between the crust and the core of the earth. What if there is secret life living beneath us. It is said that in the Grand Canyon, there are secret caves, and also the pictures on the wall of people being warned about a catastrophic event and we’re told to flee underground? Could this be the secret lol just a fun thought
@@OmegaZZ111 The whole concept excites me, Id be comparing it to ordinary magnets spinning in coil of wire. or powering the coil and see how it spins... like is it more efficient or does it have other qualities... I know the more educated people are not really worried about the more mundane parts of magnetism, while they have dimensions to fold and gravity to displace.
Very impressive and informative demo. I have not seen any of your other videos before, however, I think that after seeing this one I’ll be exploring more. I applaud your experiment and investigation.
Never thought i would be interesed in something like that but you got me there…thnx for that😅🤗
What are the practical applications of such a configuration of magnets?
fusion energy to compress plasma jet engines
Plasma confinement
@Weedweird That is a really good question.
My guess would be that field compression could be useful for future technologies.
Repelling eldritch cosmic horrors trying to breach into our dimension of reality.
@Weedweird I think 13:00 counts as a practical application.
If you hook this up to some rig capable of measuring the magnetic flux within the array with great accuracy then you can "hear" impacts on our planet's magnetic field, like the solar flares that sometimes peel back layers of magnetic lines as if it's an onion/banana, you could even literally feel when these lines reconnect.
This would be the core of things we now consider Star Trek technology. Geordi LaForge would have you know to not hold one of these during an EMP attack.
If you put a pair of magnets in each sphere inner pore, joined North to South, would that increase the interior field?
After watching this I'm trying to brainstorm ways os getting a copper wire lattice to spin between the outer sphere and inner sphere...
could you build a bigger sphere, that the magnets of the outer shell are arranged in that way that they would push the inner sphere with magnets arranged the other way? self powering?
Super Video
Can you get a small spherical magnet to "hover" in the center in some way?
I don’t think that‘s possible if the magnet isn‘t guided in some way.
Good on ya brother. If you could make that into a smooth sphere, with all magnets S pointing outwards, the outer surface is a monople where only N of another magnet is attracted to it..
BTW an electrical load placed on a Permanent Magnet Generator PMG's will not slow the rotor of a Tesla turbine driving it.. The coging is constant. Like you can make an electric current from two interacting permanent magnets. (PMs), but you cant make two magnets produce work with current without using windings. With a DC-PMG, the rotors themselves can store a charge, like a capacitor, like a flux capacitor, and store a charge in a capacitor. Then dump the entire stored charge into a load and the Telsa turbines should be still purring like kittens.
I would like to know if you already obtained an "overunity" device.
No I haven't.
@@OmegaZZ111 Did you at least got close to it? What was the most interesting effect you found? Did you get something that mainstream science cannot explain?
@@vic3451 How would I know if I was close? 😆
There are certainly things I can't explain, it seems mainstream science always has an explanation for everything.
@@OmegaZZ111 Out of all your experiments, which one surprised you the most?
@@vic3451 The high voltage experiments were very interesting to me, but the effects of magnetic fields on water/the human body were the most significant for me so far.
oooo can we look at this configured / assembled array through a ferro cell / viewing window - PLEASE? :D
What’s the applications?
Hi Omega, got a question about Dielectricity, is it possible to power a common machine like a laptop with it? The impulse duration needs to be less than 100 microseconds to be safe, and without a magnetic component an inductor would have no effect on it for making the waveform stable, plus if it could be smoothed into a stable waveform that would remove the tiny duration of the impulse, so how would we use it for powering standard tech?
No way to power it with high voltage impulse electricity (what you call dielectricity) directly.
You will need diodes and capacitors to rectify it and to get a usable DC supply.
@@OmegaZZ111 For what purpose would rectification serve? Dielectric impulses are already DC and don't need rectification, do you mean to rectify the pulsed nature of the waveform into a smooth waveform? Because that would result in the loss of the Endothermic (cooling) properties of the dielectric current as that only occurs if the impulse duration is less than 100 nanoseconds.
And what do you mean that I would need to get a usable DC supply? Are you referring to generating the impulses or powering a common device?
@@JenkoRun By DC I mean a constant voltage, like the output of a power supply.
High voltage Impulses will most likely destroy sensitive electronic devices.
@@OmegaZZ111 Perhaps a voltage regulator would suffice to keeping the voltage at an appropriate level? Fortunately pure dielectric impulses don't damage material if the duration is low enough, since odds are we can't make the waveform stable (because that ruins the non-damaging and endothermic effects) does this mean it is impossible to power things like common computers using it?
@@JenkoRun if I can envision this correctly it would be possible with a divergent device that takes in high voltage and radiates lower voltage over longer time. maybe a pyramid shaped cristal that takes the dielectric through in a divergent way or given the fact that gravity is a non point source the planet is basically doing the same thing you want(creating huge amounts of energy and dispersing it like a light bulb)
Have you built the LaPoint magnetic array loop using these domes? D
No, that would require a lot of arrays for a full loop 😅
Can you explain, why my neodymium magnets, after few experiments , the repelling sides started to attract, so dose not mater which side o pole i give N or S it's still attracting?
What experiments did you do?
Most likely you permanently damaged your magnets, a magnet can be remagnetized by a stronger field.
View those magnets under a magnetic viewing film and you will see what I mean.
Try dropping the different configurations from a high place and see which one drops slower to the ground
13:00 You can **feel** the Earth's magnetic field by jiggling it in your hand??
That's a use case all by itself.
Did any embedded magnets get pulled or pushed out of its seating yet? This almost feels like watching you juggle a grenade lol.
You can feel it with any bigger neodymium magnet if you rotate it like shown in the video for a while. From my experience with some arrays you feel it stronger than with others of the same size, so I think the field geometry is important.
Yes I glued the magnets in, otherwise they will pop out.
With the bigger sphere magnet it is indeed a bit like a grenade. 😄
Did you try to feed it?
No it wasn’t hungry unfortunately.
With there possibly being a hollow layer with water between the crust and the core of the earth. What if there is secret life living beneath us. It is said that in the Grand Canyon, there are secret caves, and also the pictures on the wall of people being warned about a catastrophic event and we’re told to flee underground? Could this be the secret lol just a fun thought
Seems very likely to me, a lot ancient text speak about underground civilizations.
Would like to see brings around holes so middle could rotate
I didn't show it in the video, but the middle magnet can rotate freely.
@@OmegaZZ111 The whole concept excites me, Id be comparing it to ordinary magnets spinning in coil of wire. or powering the coil and see how it spins... like is it more efficient or does it have other qualities... I know the more educated people are not really worried about the more mundane parts of magnetism, while they have dimensions to fold and gravity to displace.
hi what is this use for？
I don't know (yet).
I thought it was going to do something cool like spin forever or explode so long for not much
I will fill it with some firecrackers next time 😄
@@OmegaZZ111 can't wait hehe
CONSIDER MAKE PORES in the afere to mimmic sun reconectinon bursts
Wouldn't it.have been nice to also talk about possible applications for whatever thia gizmo is, instead of just ploping a video on youtube ?
If I knew them I would have talked about them..
Now spin the sphere magnet. 😉
Is this based on David Lapointe's design?
youtube.com/@DavidLaPoint
Yes I got the idea for the bowl array from him.
vortex not caduceus
Try egg shape ! Make cone for top layer 😂😮
Elaborate please?
ok but can it hurl through a vacuum of space lol.
If you give it a good throw for sure 😄
Time travel init