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From: rwg42985
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  • You may want to treat that ferrofluid as a toxic chemical and wear proper eye & hand protection. Nano-sized particles can penetrate skin.

  • Hi Russ!

    Thanks for your researching. I have a little idea. Do you know what is "water level tool"? The same principle. Just take 1 M clear PVC pipe (vinyl hose) filled with ferro fluid. Put your pulsing coil in the middle of pipe. If there will be fluid movement you will see difference of ferro fluid level at the pipe ends. Will be great to see this experiment in video. Best regards!

  • Yeah that what we need to do if you would put one magnet ball in than one slitly larger alluminiumball than some other ball and again these three balls in this same sequence until your tube is filled, then try to have your primaries sollenoides when they are spaced out evenly so there is as much space between the coil as the coil itself or a bit more now you can have all the coils working as follow 1e ns 2e sn 3e ns etc the next step is to change this frequantly as it is nessecary to work! Love

  • use magnetic balls???? just a thought,prob wear out the lines on the inside from friction tho........

  • liquid oxygen is magnetic. But what is it that you are making and how does it work?

  • if you created iron ions via an arc or plasma process in a magnetic field will that not make them permanent.

  • are your primary coils on a metal tube if so i thought that was a no no.

  • Check out patentstorm.us/patents/6982501­/description.html and look it over, I am not a patent atty, but it would appear to me that Stan's patent waas infringed on. Take note of the materials used in particular.

  • So have you given any thoughts as to the gas you are going to use in the EPG? Think Stan was actually being accurate when he was talking about using Argon and permanently magnetized Iron?

  • your in my arena of thought on this. good work good man

  • Russ. If you want to loop your EPG to your cell it must be closed and you need to strip the hydrogen and use it. Use a smaller orifice to leave the ozone behind and pick up your ozone lower in your column to give your hydrogen time to rise. You are talented Russ i want to see you upspeed. EGO aside i control this technology. Be Safe Russ. David A. Puchta

  • Russ. To the point. Ozone is a live gass that can hold a charge untill killed by UV or Lazer ionization. Oxygen is explosive because it cant hold a charge. Ozone mixed with argon keeps the charge on the ozone. If you want to make your EPG work. Evacuate the pipes and at the same time purge with argon then at zero psi add your PURE ozone gass. Any further details you will have to contact me buy phone no exceptions. David A. Puchta

  • @lykenth08

    Yea, I read that too in PopScience, and I left a comment.

    If one can truly shine a laser down a ring of gas in a similar way to that of fiber optic cable, but to instantly control the state of magnetic flux against pickup coils. Then it should truly be a means of generating tremendous energy. Stan evidently had a lot in the palm of his hands!

  • does this help or is the guy way off ?

    w w w.youtube.com/watch?v=vbnCDZZq­ilg&feature=channel_video_titl­e

  • Another thing I caught is: Stan referred to the whole unit as a "resonating system" (not the EPG by itself... So, pressurized gas turns the EPG pump, which generates electricity for electrolyses, which creates gas, which creates more pressure, which turns the EPG pump, etc...

  • Just a thought, Stan doesn't refer to the EPG in terms of "over unity" or "star wars technology" until he introduces the laser as a means of intensifying the magnetic flux lines. So until then, it's just a new type of generator. But he does state that the gas is moved via pump or electronic means.

  • @MagnaMoRo a quote- To get the lithium gas so cold, the researchers trained an infrared laser beam on the gaseous cloud. Laser cooling is the primary method physicists use to lower gas temperatures to near absolute zero. The laser essentially stun the atoms, slowing them down, and thus lowering the temperature.

    After initially growing, the cloud began to shrink. That shrinkage, combined with the speed of expansion after the laser turned off, indicated that the lithium atoms had become magnetic.

  • thats a funny opening shot !! ha ha. lovely row of coils !

    you gonna play with ferro inside the rodin ?

    how about putting some carbon particles in there ??! : )

  • Hey Russ

    Just want to thank you for all your research and the hard work thats going in to this project,Those of us that was with you on the live show im sure can all agree that it was a very intresting and even funny experience we shared with you, cant wait for the next live show, And by the way i hope you got all that fluid of your fingers lol, I had a great night and day with you keep up the good work,oh and i plead the 5th on trying with the pipes off lol ....nick_one_uk

  • @nickoneuk Hahaha you again!!! :) lol still picking the ferrofluid off... :) haha I'm glad you had a good time! Me too! Normaily it's so late and I dot have that manny viewers , so it was fun! Sweet!!!! Thanks for being there and for the support! no more ideas! Lol J/K ~Russ

  • Finally some action. Let me watch the rest of this :)

  • @Anothercoilgun Word! :) ~Russ

  • I think the amount of voltage you are seeing on the solenoid coils is consistent with how much power would be transmitted through the air to any near by coil. Also I think the best result you could expect from this test would be that the ferro fluid would act as a transformer core and provide a path for magnetic flux but this might be blocked by the copper pipe inside the pulsed coil’s core, acting as a magnetic flux shield.

  • @andrinoid Yes I agree. I think it's magnetic coupling. the copper tubing does have some weird effects on the system. Part of the problem I'm seeing right now is the fact that the copper is having such strong eddy currents with the coils that a copper is getting really hot. A lot more to do. But time will tell. Thanks, ~Russ

  • Some pritty bad suggestions in the comment section,

    Fine ground up iron filings in oil Is ferroflluid !

    Ground up neo magnets will just stick together...

    Why havent you brought back the argon / sparkgap experiments?

    I was thinking that you could exhaust the experimental gas through the EPG, using your scope across one of the coils, to detect magnetization.

  • @Can101276 The argon I had I was borrowing. I am now able to get my own bottle. So we will begin those tests again. I will have to do this out in the outside lab. So I'll need to figure out how to heat my lab first. But hopefully I can get a wood-burning stove.! Time and money. Ain't that life... Lol it's comming! :) ~Russ

  • best video you ever made, it was cool

  • @irondmax It was interesting. Argon is on its way and the new adventure can begin again. I Allready did some work with argon, sparkgap's, coils and such. But now we got the close to original EPG as we may have. So let's see what happens. Thanks Max, guess what! I'm signing my name :) lol ~Russ

  • Permanently magnetized gas.. that's what Stan was talking about. Good test with the ferrofluid, seemd likely it not to work just as you stated. Perhaps if the ferrofluid was made out of grinded down neodymium magnets, perhaps that might work.. Good test now ferrofluid can be excluded and lets concentrate on some gas :) really nice work as always!

  • @InventorGadget ! Yes! Argon it on its way! :) crashed up neodymium magnets… Not a good idea. :) lol ~Russ

  • then you need to magnetized the shavings in the oil or make some with cheap magnet shavings in mineral oil.. but then it will behave more like a solid

  • @MrStemkilla Yeah, we're looking for nano sized particles. It's called and EPG electrical particle generator. Particles of things that's what we want! Lol ~Russ

  • :oopop9po

  • @akutsev The most interesting comment I've had on a video yet. :) is it encoded? Lol ~Russ

  • Per my last comment:

    I believe Stan was creating a resonant waveform in the "magnatizable" gas that created magnetic flux lines. Then, through controlled alignment of this resonant waveform, he could make the magnetic flux lines move across the pickup coils!

  • @MagnaMoRo Something similar to that is possible. We'll just have to try and see! ~Russ

  • @EnjoyYourSitcom All part of testing you win some you loose some. This was recorded during a 10 hr live show. Russ asked what we wanted to see and someone suggested running the ferro fluid through the coils. We learnt what we needed to from this. See Russ stays on course but understands its ok to stop and smell the flowers sometimes and have funn thats what life is all about and you also sometimes find things your normally wouldn't. Show was kick ass Russ thanks again hommie.. D ;)

  • @bumpinbeats424 Exactly. It was a pleasure. They'll be more to come. It's nice and I can do it earlier in the day for everyone. But most of the time it's late late at night. That's just the way it is. Family first and then I'll stay up all night to get this science stuff done! :) ~Russ

  • Comment removed

  • Key point that Stan Meyer stated that may help...

    "Expose the gas to an electromagnetic field. This will place the atoms in a magnetic alignment that will create magnetic flux lines that will extent beyond and into the non-magnetic tube maintaining their alignment."

    So the gas itself must not be moving... But only the magnetic flux lines!!!

  • @MagnaMoRo You're on the right track, yes those polarizing coils do align gas lattice. See on the EPG with the red pump there is two coils. They are both polarizing coils Because when the medium goes through the pump it gets diss organized. So the coils keep it in line. You're on the right track my friend, ~Russ

  • the gas thats used in strip lights.

  • @lykenth08 Strip lights? You mean strobe lights? What's a strip light? ~Russ

  • @rwg42985 Fluorescent lights, iv seen them light in magnetic ac/ pulsed fields so i thought that may work. thinking about the mercury an argon gas mix, i dont think its a good idea now.

  • try liquid oxygen .......

  • @GHOSTTOYS This has been talked about over at the forms. ~Russ

  • @rwg42985 Hey Russ I got a idea dnk if it will work but it worth a shot try usen a fine magnetic or just iron filings in mineral oil. Resin is to find a proper ratio and see the fillings in action to see how the interactions with the coils

  • i'am not an stanley meyer expert, but i think he was talking about permanently magnetised gas! correct me if i'm wrong. Love your videos keep it up!

  • @valllhalla  /watch?v=-3YkViJm-Y4

  • @valllhalla You're correct. But if you look at all of his work he also talks about using a magnetic slurry. Thus the closest thing we can find to a magnetic slurry was ferrofluid. The problem being it's not permanently magnetize. Thanks for the comment, ~Russ

  • Very nice set up bro

  • @cr76802 Thanks! ~Russ

  • el que persevera alcanza.

  • Ah, so thats what I missed.......all of the good stuff..... had to go to sleep!

  • @bardistass Sleep is good my friend, but there will be more times. But I will always try to do a recap. ~Russ

  • Ya I think there's isn't a good density of iron in ferrofluid.

  • Could it be possible for you to pump around the F fluid and have a closer look, Good work keep it up  ( Robot blood)

  • @jccadwallander The problem is the ferrofluid still will not retain a magnetic field. So even if I got it to circulate it would not retain its magnetic field and therefore would not do what we are looking for. Was just something that a lot of people wanted to see... ~Russ

  • Russ. Just use Ozone and Argon gass as a binder you can use hydrogen but the problem is ( temporary ) Because H1 has the ability to be poss or neg charged. YKTS. But good experiment anyway. David A. Puchta

  • @Hhydrogen4Power Thanks my friend, yes still a lot of testing to do. I will be receiving some argon soon. So we can start those tests again. Right now I want to do it in the outside lab. Just because I'll be playing with gasses and such that I do not want in my home. All takes time. But we will get there. Thanks ~Russ

  • One more thing. The magnetic ball bearing thing was cool!

  • @Liarfest it was a small neodymium sphere Magnet. But thanks, ~Russ

  • If I understood the original design correctly, didn't Stanley Meyers use an actual pump to circulate his media in his EPG? Maybe that's the key to this device. Look at it this way. If the fluid is circulating, you would have two things happening at once. (1.) You would get the standard transformer action (2.) You would get a second power gain from a physical movement of the magnetized liquid thru the coils too. The question is, would the output gain be equal or more than the overall input power?

  • @Liarfest There are 3 to 4 different types of EPG's. Some of them used pumps. Some of them used magnetic pumps. But all in all the EPG device works differently than your standard transformer. I will be posting another video trying to explain more details on this. For now read the description and you can read it for yourself. Thanks ~Russ

  • First of all, i know nothing about what you are doing. Nor do i know why you need a liquid. But may i suggest using the smallest Magnetic spheres inside the tube?

  • @Resistance4Liberty I thought about that to but what would happen to spheres or dust that is magnetized, they would just clump together.

  • @Resistance4Liberty if I want you something such as that it would not work because it would not rotate. This is a whole another ball game. Really a gas would be our best option. Working on it now. Thanks ~Russ

  • Funny u would put a ball bearing in the demo because the pulsed coils and ferro fluid would make a really high tech polisher...lol

  • @wpkxr99 Those are small neodymium sphere magnets. But yes that is funny lol ~Russ

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