A genuine "Anti-Gravity" device and how to build it

[@erich7056]

For the reflector, you should try to 3dprint a mold and a stamp from PLA, it should be stable enough to press 0.5 mm copper into form. I have seen people even pressing steel sheet metal in a PLA mold. Print 100% density. Copper is faily soft.

[@JoshGulick]

I would like to see a drop test vs a control if possible.

[@BenCooke419]

I don't think that would work. The way you have to control it's descent, in order for the effect to work, would render a drop test a dud. I think you have to experience it for yourself.

[@golden02122]

​@@BenCooke419you would have to imagine element of electricity of some sort of technology to increase it by 100000000× Trillian folds

[@arsg346kj]

I made one, I can feel it only slightly when I hold it but I can really feel it when I drive! It does work! Thank you so much!!

[@OmegaZZ111]

You are welcome. :)

[@sojournerdelaterra6144]

Drive with device inside the vehicle with no windows open? No breeze?

[@scottmcmahon7209]

Make a video and show us.

[@Caesarus2011]

Actually copper plates or coils act as a capacitor plate in an asymmetric capacitor … look for Biefeld-Brown effect and cyclotron of Arie deGeus where effect of permanent magnets on circular coil is shown as accelerating electrons.

[@PhysicsViolator]

Hmmm very interesting indeed , maybe I will make it and maybe try to rotate the magnets with a fast motor under the reflector to see if it amplifies the force .. subbed ;)

[@gardenlifelove9815]

What you're feeling is the change if magnetic potential in the copper dome plate that's around the halbach array. Like having it near a big magnet and moving it, you're creating eddy currents when moving the plate because it's inside a magnetic field. Cool experiment thoughm

[@OmegaZZ111]

Why would there be a change of magnetic potential? The magnetic field does not move relative to the copper reflector, so I don't think this would create eddy currents, earths magnetic field could induce such, but they would be very weak.

[@shomirbanerjee1029]

@@OmegaZZ111 faraday's paradox

[@BenCooke419]

I would like to see this done on a slightly larger scale with an electromagnet array.

[@StarkDogWtter]

It would make sense that you can feel a field because all matter is slightly diamagnetic(repelling against magnet) so yea! Good job

[@mickmuzzmkmz1628]

I think it was Action Lab who showed this in a short, by repelling a mouse with a really powerful magnet!😅

[@sojournerdelaterra6144]

Made one. Couldn't get it to do anything for some reason. A bit frustrating, lol.

[@tufanirfan]

Put another copper or aluminum sheet under reflector and rotate it on the sheet it will hover and levitate on it.

[@OmegaZZ111]

It does that even without a metal reflector under it.

[@johnts9136]

If only you could measure it rather than feeling

[@braaitongs]

Epic, I was wondering how he built it! Thanks for this info! What does the copper saucer do?

[@OmegaZZ111]

As far as I know it acts as a reflector.

[@braaitongs]

@@OmegaZZ111 dielectrict reflector?

[@OmegaZZ111]

@@braaitongs yes

[@PhysicsViolator]

@@braaitongs copper can’t be a dielectric reflector since it’s conducive it could possibly direct the eddy currents (Hall effect) ..

[@AbstractcurvesSoftware]

@@PhysicsViolator Perhaps he meant a diamagnetic reflector

[@ShyamSundarY]

Tried this. Doesn't work for me, I feel no force. I made sure to use n52, the strongest. I arranged the magnets correctly. I taped the less stronger side on the copper sheet. Yet, I feel nothing when moving it the way shown in this video. Not sure where I went wrong.

[@mes]

Please do a video of you dropping it to see how fast it falls!

[@OmegaZZ111]

It will fall as fast as any other object.

[@mes]

@@OmegaZZ111 oh interesting. So when exactly is the force experienced? When the object is rotated? Do you experience it when moving in a linear direction, downwards? etc. It would be great if you can do a video exploring this!

[@OmegaZZ111]

I showed it at the beginning and at the end of the video what the best movement is, you will slightly feel it when moving it downward, but even better when tilting it while doing so.

[@mes]

@@OmegaZZ111 From the video it looks like you turning as you moving it downwards? Basically I wondering if there is any way to detect / measure the force but without holding it. Maybe launching it in the air and see if behaves the same a normal object?

[@sojournerdelaterra6144]

HI. I noticed something in the video where it looks like you have a spacer of some sort between the array and the capper? Is a space needed?

[@OmegaZZ111]

I have placed a few layers of paper in between to align the focal point of the parabolic copper reflector and the center of the magnet array. It’s not necessary but it seems to me that the effect is slightly stronger like this.

[@Achemicalskyline]

2 Quadrapole magnets would work as well. They're found on hard drives.

[@cutback443]

is it possible to buy the bowls from you?!

[@mickmuzzmkmz1628]

Seeing the magnetic field with the viewer is cool. I wonder if it is at all possible to somehow see it with a special camera. Even a computer simulation to see how fields react in 3D, would be insightful. Perhaps it would need a special camera, aided by a computer?🤔 Not sure if it's even possible, but would be cool.

[@Chris-ny5hv]

I was thinking a long those lines too.. like imagine a 3d print table the magnet sets on a PC of this viewing layer suspend above and a time lapse camera overhead. So as the table slowly lowers the magnet the camera takes images. You could then possibly stitch those pictures together to make a 3d viewable image. .. financially beyond my ability to attempt ..

[@wongowonga]

does this generate any voltage when you swing it about?

[@danielfoster2788]

Monopolar magnetism has much to do with electroantigravity. Using bifilar monopolar windings it’s the Hz displacement that effectively shields gravity. A direct current source within such is prerequisite.

[@scottmcmahon7209]

Build it and show us

[@AstroSalamander]

​@scottmcmahon7209 would you even believe him if he did? Lol

[@danielfoster2788]

@@scottmcmahon7209 I am doing so now. I first did this 20 years ago. I am purchasing the parts and lab gear over time. Then I will send invites to those already subscribed to my channels here on KZbin.

[@danielfoster2788]

@@AstroSalamander if you don’t when I do? Then replicate it for yourself before you call it BS. Or run away in shame or head in the sands shelter :)

[@danielfoster2788]

@@scottmcmahon7209 Exactly! Right now I am purchasing the parts and lab gear to put it up on KZbin. I performed this 20 years ago;)

[@stephenfincham8901]

This is a very easy and cheap experiment to do if you have a 3D printer. The copper plate passes through the earth’s magnetic field and generates eddy currents. These eddy currents will in turn generate an opposing magnetic field and cancel out the earths magnetic field nearby. This will reduce the reaction of the magnets on one side and exaggerate the force on the other. it would depend on where you are on the earth as to which way you should move it. I must admit it is too small for me to feel. Purely a magnetic force and unfortunately not an indication of anti-gravity.

[@OmegaZZ111]

If the magnetic force can repell basically all matter, why can't it be called "anti-gravity"? Isn't that what an anti-gravity craft would do? You can easily levitate a frog or a strawberry in magnetic field of 5-6 Tesla. What if you create an omnidirectional magnetic field around the device with a extremely high field strength like more than 10 Tesla or even more. In theory there is no reason why this wouldn't levitate if it is possible on a smaller scale. Of course we would need to invent a power source for this, because you probably need a whole power plant to create such a strong field.

[@stephenfincham8901]

Levitation is when something raises in the air. Typical well known ways of doing this is the hovercraft using air and the linear induction motor using magnetic forces. At the moment levitation using gravitational forces is not publicly known or understood. But don’t let me discourage you from exploring further. Anti-gravity is what drew me to your site and one day someone like you will hit the nail on the head. The induction produced by a magnet on copper is well understood. Your other videos exploring the halbach array are also interesting.

[@OmegaZZ111]

@@stephenfincham8901 I have a thought experiment. Let's assume we have a working anti gravity craft. Sadly it's engine is damaged and can only produce a fraction of its power so it can only slightly reduce the weight of the craft but it's too weak to levitate. I would still call it an anti gravity craft, even if it is not powerful enough to levitate on its own. You see where I am going with this? 😄

[@revanvonheaven8270]

@@OmegaZZ111 Assuming you do not get killed or silenced?.

[@mohammadsaied738]

I want a video to explain how this works

[@jamesbarrett9066]

What is the theory and thinking behind this concept?

[@arielvegan2442]

What is the size of the magnets in millimeters?

[@OmegaZZ111]

5mm cube magnets

[@JessicaGarcia-gt1zm]

I believe the magnets are all the same size.It wouldn't make a difference, but it's long as it has a field.It has to be tuned as well as dimensional

[@JessicaGarcia-gt1zm]

I also believe that oval-shaped and high voltage from tesla coil will boost performance

[@RuelDomalaon-fy3hf]

Anti gravity can be done only if you are inside the gapping zone. And you can do what you want . And chassis is following only. And you can do it ? Then you do eat your way .

[@deanmav3571]

Left it to fall with other materials in the vacuum without the air affect the results only then you'll be sure if is a gravity affect or is just the air

[@OmegaZZ111]

It has nothing to do with air resistance, I can move it very slowly and still feel the effects.

[@AdamAlton]

Are you able to share the file for the 3D printed Halbach array holder?

[@OmegaZZ111]

www.thingiverse.com/thing:5506422

[@AdamAlton]

@@OmegaZZ111 thanks!

[@wongowonga]

your videos really get me turning my brain inside out. Thanks :) Have you invented a kind of dielectric parachute I wonder. hmmmmm.

[@jueraschell6703]

Propeller?

[@kabbak]

Is the effect noticable only moving down toward the earth or horizontally as well?

[@OmegaZZ111]

It is best noticed when moving it in a curved path like shown in the video.

[@66LUCS66]

Gibt es auch dieses Magneten Teil mit anderen Ausrichtungen also noch mit Square und senkrecht könnte es das nicht stärker machen

[@stevenchiverton48]

so no demonstration of it actually flying or levitating so you have to build it and feel it repell well not much to go by

[@OmegaZZ111]

It doesn't fly or levitate by itself. You only feel a repulsion when you move it. I don't know how to demonstrate that on video any better.

[@SomethingAbtScience]

@@OmegaZZ111 Maybe drop it? It would be moving then, and if it repelled as you explained then it would fall slowly...

[@iwannamynickagain]

@@OmegaZZ111 Use swing. Record video when it swings in the air and then over any surface. I did this device my self. It does not work for me as described.

[@arsg346kj]

You are a wise man!! Thank you very much! Please keep providing valuable content.

[@caseycourtney6425]

does the thickness of the copper matter?

[@OmegaZZ111]

Not really, but I recommend 0.5mm thick copper to make it as light as possible.

[@caseycourtney6425]

@@OmegaZZ111 I built one with the copper reflector but I really can't feel a difference not sure what I did wrong. Also when building the halback array the magnets literally hate eachother and want to fly away how come your seem perfectly fine? (I used n52 magnets)

[@OmegaZZ111]

@@caseycourtney6425 you can use some glue if the magnets don't stay in place. Try to align the center of the array with the focal point of the parabolic copper reflector, for me that gave the best results.

[@So_called-v1j]

The vortex, yes, thompsons effect

[@Clodnir]

wee not see it working in your video

[@btrocketry3736]

Nice work

[@omnilism]

Ken wheeler made something like this Edit: I commented that before you mentioned you saw it from him haha

[@OmegaZZ111]

Hehe :)

[@johanscholtz937]

kzbin.info/www/bejne/pYSwdI2eh9GbmtE

[@maheshbalasooriya7570]

this is not working also gravity and magnet effect are deferent

[@lsdlsdk4845]

Instead of saying ""like this.... like that, you should have drawn the magnets and their arrangements.

[@ShellHeinze]

Awesome, thank you!

[@cristianbianchi6155]

Test tò lift It with High Speed rotation

[@beginnereasy]

I believe you.

[@carlosurdanivia7644]

Nice !!! You must title the video "how to cut a useless circle in a copper sheet" 😆

[@AstroSalamander]

Weather its antigrav or not, its a device that interacts with the earths magnetic field so

[@marcin4xm]

great for sharing , this is amazing ,i look long time how to make it.First time i see this on theoria apophasis chanell

[@TheJestar30]

How much to make me one?

[@OmegaZZ111]

I don't sell these at the moment, sorry.

[@williammilligan1700]

I fear you're confusing magnetism and gravity. They're different forces. If an anti gravity effect was being produced, you need to find a way to measure it. What is the specific claim here? Are you claiming that the anti gravity effect is resulting in the device ultimately weighing less? Or is it producing some kind of thrust?

[@OmegaZZ111]

You shall not fear as I didn’t confuse them. Gravity isn’t a force, it’s the polar opposite - an acceleration. I think I said it pretty clear what effects I feel from moving the device.

[@williammilligan1700]

@@OmegaZZ111 ok, if you want to be specific, gravity isn't a force in the most technical sense. It's the deformation of space time due to mass. But my question remains the same. What specifically is the claim with regard to "anti gravity"? I hear you saying that you feel resistance but that may not have anything to do with gravity. Perhaps it produces some sort of thrust that you are feeling? Also, is the device itself affected by the anti gravity properties? For example, does it weigh less than the sum of its parts?

[@OmegaZZ111]

@@williammilligan1700 The device doesn’t weigh less when placed on a scale. You can feel a repelling force when you move it like I showed in the video.

[@williammilligan1700]

@@OmegaZZ111 perhaps there is some kind of magnetic drag occuring. Interesting 🤔

[@FVLMEN]

All supposed "forces" are rooted in the same soil. A whirlpool, jet, and wave are not disjoint individual forces but all disequilibrium of water. The way I see it, magnetism is dipolar gravity, gravity is omnipolar magentism. A typical magnetic field doesn't interact gravitationally because its force vectors are balanced. If you imagine it's field to be like a donut turning itself inside out, all of the vectors cancel out because while part of the donut is rushing into the hole its shooting out the hole the other side. However, If you were to precess the turning inside out of the donut, you have an imbalance and countergravitational effects kick in. Gravity is not the deformation of space. Gravity is the deformation of mass.

[@stuartmc8779]

Is this where I apply for a job at Area 51?

[@OmegaZZ111]

No this is hogwarts lol.

[@dark4ever_24]

so this is hows crop circles get their cool shapes

[@cdscan2636]

I think the differrence between your halbach array and Ken's design is that your's seems to interact with objects like the ground, whereas Ken's is meant to interact with gravity itself, i.e. it desn't have to be close to the ground. I re-listened to Ken's video. What do you think? kzbin.info/www/bejne/nH7bnoatf7Bso5Y

[@HairfarmerSteve]

I replicated this today. I 3d printed your file. I got the 5mm magnets. I got 3" copper disk and annealed and rounded it into a reflector as you showed. I wasn't able to replicate the effect your describing. Very disappointed

[@OmegaZZ111]

Since you already went that far to build it, I can only recommend you to try it for two weeks every day especially in the evenings, best luck to you. Btw make sure the center of the array is well aligned with the focal point of the copper reflector, I used some paper to create the right distance.

[@Mlab923]

Just make drop test

[@iwannamynickagain]

This can not work because there's nothing to be repelled from, so nothing is slowing it down except air / other magnetic materials near by when moving it up and down. If you want to prove it that for example it is falling down slower then let it make falling freely and compare it with other 'regular object' shaped and weighted the same.

[@OmegaZZ111]

All matter is magnetoreactive and can be repelled/attracted by magnets. You say it can't work, yet I still can observe the effects stated in the video. It is not falling down slower, I never said this was the case. What I am saying is that you can feel a slight repelling force when moving it in a CURVED pattern against any object. (like shown in the video)

[@iwannamynickagain]

​@@OmegaZZ111 (...)All matter is magnetoreactive and can be repelled/attracted by magnets.(...) What in the video is repelling your movement? Floor or air? Everything is affected by magnets but the forces are so minimal in your scenario that it can not be considered 'feelable' even. If you really feel it then basically attach to it some basic weight scale and proof it is working. (...)It is not falling down slower, I never said this was the case.(...) You have stated you feel repelled force so if you feel it then it means it is slowing your movement down and it means it will fall slower if you will do such experiment. Slowing down can be observed in 'magnet in the copper tube' experiment but here you have no tube and additionally copper plate is moving together with magnets so no electric current (and magnetic force) can be created in it which is the main reason for slowing magnet down.

[@OmegaZZ111]

@@iwannamynickagain If I drop it it falls down as fast as any other object, the repelling effect can only be felt when moving it (quite slowly) in curved patterns against objects and also very slightly just in the air. I can't explain to you the exact physics or why this effect is happening, I am only stating what I can observe. One possible explanation I thought of could be that when moved, the magnetic field of the earth and that of the magnet array will create slight currents in the copper reflector, I don't know if that is actually the case, but it seems likely since a changing magnetic field would induce a current in the copper. If you don't believe my observations, I don't think I can change that, I can't prove it by letting it fall or putting it on a scale, since it has to be moved in a CURVED pattern slowly for the repelling effect to appear.

[@schweindettrorjegikke4711]

​@@OmegaZZ111could be interesting to 3d print some sort of rail (like a rollercoster rail), that this device can slide on in the same curve as you produced, and then comparing timings when not having the magnets in and vise versa - that would result in a way to measure if changes enhances the device or detracts from the effect

[@nilsonmarcelo3991]

Não entendi nada não entendo o idioma dele e o vídeo não tem consistência

[@OmegaZZ111]

lol

[@JohnDoe-ug7pf]

Cool

[@TitiProsopel]

😂😂😂😂😂

[@celsoalejandromorales6452]

Vende Humo 😂😂😂😂😂

[@thezengi2204]

Why not drop it see we can see