Deer Creek - Conference Center - Sterling, OH - Transcription - Part 5
Deer Creek Conference 1985 - Part 5 (120-end min)
Stanley A. Meyer - Sterling, OH 1985 · Part 5 of 5 · Minutes 120-end
EPG Electrical Particle Generator: Spinning Magnetic Fields Without Moving Parts
[120:04] designDesign problem that here are the four the designers and developers never thought about.
[120:09] Do you see an auger? Now if I put this auger or this spiral divider inside the non-magnetic tube
[120:17]tube, if I would push the gasgas, would the gas not spin? Would it not spin? Now is there any mechanical
[120:23] displacement? To do that I'm only pushedpushing the gasgas. right? All right asAs a result of this we now can
[120:30] spin the magnetic fieldfield. inIn this example we gothave a three three-channel divider that we now can spin the field
[120:38] and do it non-mechanically.
[120:47] Now thisa is staying astandard rotary electrical generator spins at around
[120:47]1,750 1750 rpm whoever heard of that.RPM. The reason why the designers picked 750that rpmspeed is because
[120:54] that if you spin it any fasterfaster, the bearingbearings heat upup, the material starts to fall apartapart, and the
[120:58] generator starts to disintegrate. Okay nowNow if I would take and put a thousand twists on this
[121:08] spiral corridor and put it inside this EPG electrical generatorgenerator, and let's say I had a thousand
[121:15] twists in here — if I was moving the gas around this closed-loop system in one secondsecond, how many times
[121:20] would that magnetic field spin?
[121:21] right nowNow if I took the divider and I had three magnetic fields
[121:29] now spinning and a thousand twiststwists, that's 30003,000 rpmRPM, right? Now am I subject or limited to a thousand
[121:37] twiststwists? I could go three thousandthousand, what have you?you. If I put a 12 12-corridor divider into the process
[121:44]process, I would now spin 12 fields in one second — whether or not a thousand times or I would be spinning
[121:51]the equivalent of 12,000 magnetic lines of force through a pickup coil or a series of these pickup coils.
[121:59]
Magnetic AllGas: right.Liquid Slurry vs. Gas Form
[122:13] Face to cooler down all right whenWhen you're talking about generating energy at that levellevel, you're talking
[122:18] about generating a tremendous amount of electrical energy. PointThe beingpoint is that you design it to be
[122:24] or calibrate itcalibrated to the load design that you're going to design it with.use. Now the point bringing
[122:28] is that the magnetized material can be either in a liquid splurrislurry or in a gas formform. sinceSince we are
[122:34] using a gas formform, gas is relatively light versus a liquid substancesubstance, so you can propel it with a
[122:41] very low amount of energy inand the electromagnetic field is tremendously strong. All right now we
[122:46] gotNow we have other otherfactors. factors asAs I mentioned about the orientation coilscoils, if we pausepulse the orientation coils
[122:52] fastfast, we now can rotate the dyingdipole axes of the gas very fast and produce this type of a magnetic
[122:59] waveform. If you pausepulse its flurflow as the gas asand the fields are moving down the tubetube, you'll create this
[123:06] form of a magnetic waveform. Now in the prior citystate artof the art, you only move the field in one direction
[123:15] inIn the EPG system technologytechnology, you first of all move the field in a linear fashion
[123:21] secondlySecondly, because of the auger effecteffect, you are not only moving theit linearlylinearly, you're now spinning it along the axis.
Four Levels of Magnetic Field Deflection
[123:26] along the action. Now by pausingpulsing the magnetized gas to change the dyingdipole axesaxes, you are now oscillating
[123:33] the magnetic field up and down through the magnetic fielddown, so youyou've got three movements of the magnetic
[123:38] field. Now gasGas does have athe characteristic that theyit can be compressedcompressed, can theyit not?
[123:44] Can you compress a gas? So if I would now subject the gas either to a physical pressure
[123:49] or electromagnetic pressurepressure, I now can compress the gas and then release the compressed gasgas, and I now
[123:55] come up with a compressional waveform as you see right here. So I have a fourth level of magnetic
[124:02] field deflection to satisfy the law of a pair of daysFaraday's and next to the law of inductance to produce electrical energy.
[124:07] electrical energy. Now if that doesn't botherimpress you enoughenough, you can take the non-magnetic tube
[124:12] you canand spiral it through this pickup coilcoil. and inIn my earlier exampleexample, if I had a three
[124:20] three-channel spiral corridor and each one of these tributary wraps or spiral wraps that you see
[124:26] in our models— if this is spinning three timestimes, how many magnetic fields isare now spinning through this
[124:33] coil? Twelve timestimes, right?right. So three times three — three fields per leg times four — means
[124:41] I'm now spinning twelve magnetic fields through a coil of wire to produce electrical energy.
Practical Applications: Power for Cities
[124:47] Power output saysis to stickproportional to the magnetic field strength and the velocity by which the magnetic field
[124:52] transfers to the coil of wire to produce electrical energy.wire. Now you can either use a spiral configuration
[124:59] pickup coil or you go to a coronialtoroidal core. If I want toto, for exampleexample, put an electrical power system
[125:04]into in to ColumbusColumbus, I can simply take this non-magnetic tubular configuration and put it around the
[125:11] outer belt of the 270 out of beltbeltway area and propel the permanently magnetized gas and and what have you
[125:17] and produce electrical energy to supply all the energy needs for Columbus.Columbus — Grove City, Grandview
[125:23]Grandview, and Mount Sterling — and probably feed down here to Deer Creek produce a two-minute smile of energy.Creek.
[125:29] This is where the non-magnetic tube is now in a spiral effect where you can multiply
[125:34] the spinning of the magnetic fields to produce electrical energy.
[125:39]In If I had tothe prior to the state of artthe art, it was here before impossible to do that.
[125:43] They only movemoved the field in one directiondirection, where we are have a multi-field deflection of five or six
[125:47] different ways simultaneously.
The Home EPG Unit
[125:53] This is the forerunner — the EPG electrical generator system we'll put in
[125:53] your home. This is the pickup coil or raisearray you see herehere; we can hook these pickup arrays andin either
[126:00] parallel or series ofarrangement range wouldand come up with anythingany power output you want. This is the
[126:03] electromagnetic pump system as you see right herehere, and you're now looking at the forerunner of the
[126:09] electrical power system that you put in your homehome. theThe average unit going outdoorunit, when we bring it
[126:14] out in productionproduction, will be 220 volts at 300 300-amp drawl.draw. Now do you see any mechanical moving parts?
[126:20] It's operating on electronicselectronics. andAnd firing — what's the longevity?
[126:26] Am I using any chemical process to create the energy?
[126:29] No. Am I converting it in any way in an atomic structure?
[126:36] The answer is no. So therefore I have a tremendous amount of longevity.
Newman's Motor and the Opposing Magnetic Field Problem
[126:40] Now for those who have heard of Newman,
[126:44]— Newman's claiming he's got an energy system greater than oneunity, right? He demonstrated running a car
[126:49] two miles an hour for two hours. If you look at his battery packspacks, there's 62 battery packs
[126:56]packs, experimental batteries at 250 volts at 20 amps or so. Anyone see that?
[127:01] Calculate his battery pack versus his two hours. But the point being is that if you can eliminate
[127:09] the opposing magnetic field problem of a regular voltage generatorgenerator, you can eliminate the energy
[127:14] input in and swing the magnetic field through the coil of wire and produce electrical energy.
[127:19] This is the patternpatent that Newman would like to have. This is where the magnetic this is a permanent
[127:27] magnet which is now that— I have a coil of wireswire on a disc that's rotating through this magnetic field
[127:33] whenWhen I'm not producing electrical energy.energy, I take this electrical energyenergy, come up herehere, and electrify
[127:38] this electrical magnet.electromagnet. Then you take a coil of wire around a coil andcore and energize it to produce
[127:45]a magnetic field. I now create a second magnetic field here which is now rotating around this pickup
[127:51] coil and I'm not now producing electrical energy. So therefore I now can amplify the
[127:58] electromagnetic field from here to here by the rotational speed of this generator and producegenerator.
[128:03] electrical energy. So the the opposite of designdesign, where I'm eliminating the opposing magnetic field
[128:11] problem with the EPG electrical generator system and all designsystem, is called reverse design engineering.
[128:18] You want to hear that? Well reverseReverse design engineering isasks: can I come up with a magnetic
[128:23] model or mechanical rotary model that it can eliminateeliminates the opposing magnetic field problem
[128:29] andAnd that's what Newman is really trying to show to the world. This now eliminates the opposing
[128:35] magnetic field problem because the magnetic pullerspoles — the north and south zones — are not being pulled
[128:42] apart. If this is a permanent magnet there's notmagnet, that magnetic field remainremains stationary.
[128:47] So if I now if I now wrap the pickup coil in a right right-hand aand left left-hand configuration to produce
[128:55] an AC pulse wavewave, I set off the counter EMScounter-EMF before it enters back into the fieldfield, and as a result I
[129:00] have a very efficientefficient, economiceconomical way of producing electrical energy. There are some cases where
[129:05] this electrical pulse voltage frequency generator will be required to hook to the fuel cellcell, and I
[129:12] hadhave the patent that should go on that. That now completes this stage of the waterWater fuelFuel cellCell technology.
Two Thrusts: Generating Electrical Energy from Water
[129:18] Now comes the fact that there waswere two major thrusts in the development of the waterWater fuelFuel cell
[129:23]Cell technology. One was the ability of pulling electrical energy up afrom water. Can I not generate
[129:30] electrical energy from water? If I can generate electrical intoenergy waterfrom Iwater, could haveI not feed it
[129:34] back ininto the fuel cellcell, restrict the amps toby electronic means tomeans, allow bulletsvoltage to come over
[129:39]and produce gas energy.energy? Now in both cases I am consuming water — this is not a perpetual motion device.
[129:46] I'm only utilizing energy in ordinary natural water.
[129:51] we'veWe showed earlier where we can tap
[129:51] into the atomic yield of water. The point that we're addressing isis: how can we pull and create
[129:57] electrical energy forfrom ordinary natural water.water? WellWell, we demonstrated in fact that we can support a
[130:01] high high-temperature flameflame, can we not? Anyone here have a sterlingStirling engine? A sterlingStirling engine wasis a device
[130:09] that woulddevelops develop you slowlow-grade solar energyenergy, low heat energy from the sun.sun, Toto heat a gasgas. itIt would expand
[130:16] a magnetic plungerplunger, cool the gasgas, and you gotget an oscillating effect to produce electrical energy
[130:21] and the theThe power boyscompanies say that's an ideal system tofor use in the third third-world systems. Well could Iapplications.
[130:26] Well, could I not take a sterlingStirling engine at 50005,000 degreesdegrees, heat tothe gasgas, toand produce electrical energy? Could I not
[130:34] take the electrical energyenergy, go through the electronic circuit designsdesigns, come backback, restrict the ampsamps, off
[130:38]voltage alwaysto take overover, couldand produce hydrogen gas? Could I not produce hydrogen and gas from the sterling engine feed energy back
[130:43] from the high high-temperature flame and make the system efficient? Well weWe demonstrated in fact
[130:50] that we can adjust the hydrogen burn rate to co-equal that of fossil fuelsfuels, right? Well I
[130:55] seenI showed a hydrogen -oxygen flame — did that not take on the same characteristics of natural gas?
[131:00] Did it explode or snuff out? NoNo. youYou notice when Charlie relit it several timestimes, it took on the
[131:07] same characteristics of natural gasgas. itIt didn't explode. The same phenomenon was occurring at
[131:12] all timestimes. soSo I could now take this process hydrogen gasgas, feed it back into an internal
[131:18] combustion engineengine, and if I had that engine hooked up to an electrical particle generator
[131:24]generator, where this engine this engine is now turning that non-magnetic wheel to move the permanently magnetized gas, would I not generate electrical energy?
Alternative Energy Pathways: Stirling Engine and Solar Pump
[131:31] magnetized gas would have not generated electrical energy. Now this example is where the sterling
[131:37]Stirling engine is now that— the heated gas is now rotating the mechanical pumppump, which in turn now is turning
[131:44] the magnetic wheel that's moving the magnetized gas butto I'm not now predictingproduce electrical energy
[131:50] you everEver hear of what's called a solar pump? TheThey tell developdeveloped a solar pump bythat theuses differential
[131:55] heat energy to perform workwork, to useused out in the desert areaareas to pump water. Could I not use the
[132:00] solar pump technologytechnology, in order to heat to cause ausing heat differential to be able to turn thisthe in
[132:06] magneticelectromagnetic pump that moves thisthe magnetized gas to produce electrical energy? There's another way
[132:14] thatThere's another way we could produce the electrical energyenergy, and that wasis to be able to useusing what's called a fluid
[132:18] drive electrical generator. TheIn the other two other examples was thatexamples, I was consuming the hydrogen
[132:24] and oxygen gas. I was consuming it in this areagas through combustion was I not? By running an
[132:30] internal combustion engine I'mcombustion, converting the gas energy into mechanical energyenergy, but I'm still
[132:34] consuming the hydrogen and oxygen atom am I not?atoms. Can I not now produce the electrical energy
[132:40] without consuming the hydrogen and oxygen gas?
Turbine-Driven againEPG: theNo simplestCombustion ideas and the mostRequired
[132:44] profoundestWell, again, the simplest ideas are the most profound ideas, not the complicated onesones. andAnd I just got the patents released fromon this.
[132:50] We have shown that the fuel cell can produce pressurepressure, can Iit not? On this exampleexample, with about
[132:55] nine or ten pounds of pressure — if you have a differential in pressurepressure, could you perform work?
[133:00] Can you turn a turbine with a differential of pressure? All right as we show taking the energy
[133:04] As we showed, taking the energy — even atomic energy — from the water and feed thiswater, we could be able to produce a pressure differential
[133:10]If and if I'dI hook a turbine up to the exit port of the fuel cellcell, and as the gas is passing through
[133:17] this turbine under pressurepressure, would it turn the turbine? Now if I had a second turbine hooked to
[133:22] the first turbineturbine, whatand that happens to be the turbine of the EPG electrical generatorgenerator, can I not now
[133:29] call outpropel the magnetized gas to go through this EPG electrical generator and generate electrical
[133:33] energy? Now haveHave I used any chemical processing in the process?processing? Have I consumed the hydrogen and
[133:41]oxygen oxygenatoms? atomNo. in the process? No thereforeTherefore I now have a fantasticfantastic, economic transfermeans of producing
[133:50] electrical energy from the fuel cellcell, bypassing the sterlingStirling engine technologytechnology, bypassing the
[133:56] internal combustion technologytechnology, and simply coming up withusing a turbine to produce energyenergy.
Electrical Polarization Generator: No Mechanical Parts at All
[134:00]06] Gp back to fuel cell. Is there another way? Now the bad part about thisthe turbine is that rotating
[134:11] turbinerotating, right? Now weWe can get turbines to last for an extremely long periods of timetime, but eventually
[134:16]they we'rewear out. Can we produce electrical energy now without consuming the hydrogen and oxygen gas
[134:22]gas, without any mechanical displacement? Now if you can do thatthat, you're doing pretty good.
[134:29] Now themy prayer to the Lord waswas: that LordLord, you help me come up with a universal power supply
[134:34] thenand I'll do anything that you want me to do.
National Security and Energy Dependence
[134:40] Now when the Arabs threw the imbibableembargo on the United
[134:40]States, Statesthe United States was caught by surprise. The oil was cut off to the Mediterranean fleet.
[134:49] They were out in the Mediterranean and could not even move. When the oil when the Arabs threw the
[134:55] imbibableembargo on the United StatesStates, the United States Air Force had less than two and a half days of fuel
[135:01] to fight a war. If Russia would have actually had known that at that timetime, they would have probably
[135:06] attacked the United States. Only two and a half days of oiloil. andAnd the United States paid dearly
[135:13] by buying the oil andon the spot market to try to upmaintain their military integrity for war.
[135:23]30] And they paid dearly for it and the other countries needed the same energy fuel that we needed.
[135:30]and Therethere was no longer enough available. We'reWe had a dependency of 57% ofon foreign oil to maintain the industrial
[135:36] base of this country. We need power to power therun tactical aircraftaircraft, the airplanesairplanes, navy — and if
[135:45] you somehave the ability of being able to deploy the energy from waterwater, we now have a task force capable
[135:52] of defending this country. Now the same effect that's happening to the hourglass effect on the
[135:57] Now the same hourglass effect on the nuclear power plants — the generationdegeneration of the metals and the wells and so forthwelds during operation
[136:02]— is the same thing that occurs in the navy.Navy. The nuclear power plants for the submarines
[136:07] and the aircraft carrierscarriers, the whole ball of wax. The only problem is that we as an Americans
[136:13]American civilians don't hear about the nuclear accidents that occursoccur in the navy.Navy.
Tactical Aircraft Powered by Water
[136:20] But if the oil is cut off to the United StatesStates, where's the fuel going to come
[136:23]from to power the Mediterranean?Mediterranean fleet? Where's it going to come from to power the tactical aircraft?
[136:28] As I mentioned to the generals at right past anWright-Patterson Air Force BaseBase: GeneralGeneral, I don't care how sophisticated
[136:34] where in the airplane youyou've got sitting out there on athe runway.runway Ifis — if it has no fuelfuel, you're not going anywhere.
[136:41]48] anywhere. And very shortly you're going to see a tactical aircraft in the full armament
[136:48] that's going to callcarry the nickname of "the scooperscooper." and imagineImagine a fullfully armament ofarmed aircraft scooping
[136:54] down and picking up the seawater and coming back up and fueling the plane and fly outflying around the
[137:00] world on one gallon of water. Imagine that on ain full armament. How could you protect this nation
[137:06] if a thousand tactical aircraft waswere coming in from all sides of the ocean? But imagine how the
[137:13] United States could be protected with that power supply.
The Electrical Polarization Generator Explained
[137:21] So how do you do it to sustain that action?
[137:21] You could put it in a rocket engine. You could put it in the aircraft.
[137:26] You must maintain the integrity of the waterWater fuelFuel cellCell technology as a sustaining operation once
[137:32] you trigger the atomic yield of water. And oneOne of the ways of doing it is thatthat, as I mentioned to you
[137:38]mentioned, under residentresonant cavity activityactivity, once you expose the water molecule to a high pulse voltage frequency
[137:44] and expose it to a laser energy to excite the atoms of the water moleculemolecule, you nowthey become electrically polarized.
[137:49]55] the electrically polarized. So if I now develop what's called an electricalElectrical polarizationPolarization generator
[137:55]Generator, I can generate electrical energy without converting itthe andfuel, utilizing the fuel as its prime source of
[138:02] energy. Now the key being isis: if I have an electrical grid screen here and I would now make this
[138:09] negative electrically charged and positive electricalelectrically chargecharged — when you pull an electron off of
[138:14] the oxygen atomatom, does not that atom become positive electrically charged? It doesdoes, inby athe law of physics.
[138:22] If the hydrogen atom will absorbabsorbs an electron — because rememberremember, the excited atom has been
[138:28] spatially treated under excited states therefore— it could become positive electrically charged.
[138:33] And as an example of this ifSo the oxygen atom now becomes positively charged and is attracted to this
[138:39] negative screenscreen. rememberRemember the law of physicsphysics: thatopposite oftencharges charge a little track.attract. So if I now allow the positive
[138:46]charged charge particleparticles to accumulate in this chamber right herechamber, and if I have a grid system inside this
[138:53] chamber by whichwhere these electrically charged atoms now are exposed to the surface of the plateplate, there's
[138:59] a phenomenaphenomenon that the plate will become electrically charged.
[139:05] What proves that out? The
[139:05] capacitance of the electron. Now if that atom happens theis positive electrically chargedcharged, would not
[139:11] the plate become positive electrically charged? So if I would hook this grid system up to a terminal
[139:17] thenterminal, you will have positive electrical potential. Under theThe law of physics says that when you have a
[139:22] differential potential willpotential, you notcan perform work?work.
The hearGas that?Battery Therefore if this is now this terminalConcept
[139:32] is determined the potential charge theThe positive potential charge is determined now
[139:36] by the amount of the number of electrically charged atoms that are now exposed to this grid system.
[139:42] If I want a greater power output — like a battery — then I would simply increase the diameter and the
[139:48] size of it. So what you're looking at in essence is a gas battery. So asAs long as there'sthere are electrically
[139:54] charged atoms in herehere, this becomes a positive potential terminalterminal, like that of a battery.
[140:00] Now if I would hook an electronic system here to ground right hereground, and take the electronic
[140:07] circuits to prevent a dead startdead-short condition between ground and this positive potential
[140:11]potential, could I not now allow electrons to go through ground through thisground, through this load system here
[140:17]system, to this potentialpositive andpotential? asAs electrons go into this positivepositively charged particleparticle, it will accept the
[140:22] free free-floating electronelectron. andAnd as the gases from the generatorsgenerator are being developed and goesgo through this
[140:27] process hereprocess, you're now generating electrical energy. Now in the process againAgain, am I consuming
[140:33] the hydrogen and oxygen atom?atoms? Where's the mechanical displacement causing for electrical power generation?
Closing: A Universal Power Supply for Every Sector
[140:42] Simple ideas are the most profound ideasideas, not the complicated onesones. soSo the electricalElectrical polarization
[140:47] generatorGenerator can be attached to the top of the waterWater fuelFuel cellCell technologytechnology, and as a result we can now can
[140:52] produce the electricelectrical energy directly from water without consuming the hydrogen and oxygen atom.atoms.
[140:58]141:03] So the purpose again is that the integration of the waterWater fuelFuel cellCell technology was to come up with
[141:03] a universal design application that could be retrofitted to every segment of the energy energy-consuming
[141:10] economy. If the airembargo is so involvedimposed on us tomorrowtomorrow, we must move in a bilateral movement throughout the entire economy.
[141:15] the entire economy becauseBecause I was in the closed closed-door meeting when the Columbia gasGas systemSystem told
[141:21] the industrial leaders of the state of Ohio — the most powerfulpowerful, influential mostinfluential, wealthiest of men
[141:26] in this state — Columbia gasGas systemsSystems hadsaid: backed during the embargo gentlemenGentlemen, your oil is not going to
[141:33] be cut off 40 andor 60 percent butpercent, it's going to be cut off at 100 percentpercent. andAnd I saw some of the richest
[141:39]richest, most powerful influential industrial leaders of this state startedstart popping pills andpills. I thought
[141:44] they were going to have heart attacks because in essence what Columbia gas system told theattacks.
[141:49] Because in essence, what Columbia Gas System told the industrial leaders of the state of Ohio gentlemenwas: Gentlemen, go home and tell youyour two or three thousand
[141:53] employees youthey've got to go homehome. youYou've got to close the doors because youyou've got no energy to produce a
[141:58]product. product ifIf you don't have no energy to produce a productproduct, you can't make a profitprofit. ifIf you can't make
[142:02] a profitprofit, you can't pay your billbills and you're not going intoout existenceof and these men take their moneyexistence.
[142:08] andThese men who invest their money and— they saw the entire industrial base of the state of Ohio totally
[142:14]and completely jeopardized by a little country over in the middiesMiddle East called the ArabsArabs. theyThey cut the oil
[142:19] off to this countrycountry. theyThey tried to rally togethertogether, but yet they did not have an answer to the energy
[142:25]problem. problem noNo man in that room had an answer which— except what the Lord had revealed to meme, and started
[142:31] moving with meme, to bring in a universal power supply capable toof retrofit thisretrofitting to any existence
[142:37] any segment of the energy energy-consuming economyeconomy. even regardless ofEven propelling and power and
[142:43] technicaltactical aircraft anywhere in the world on a very hugesingle gallon of water now that's the end I lovewater.
[142:49] Now that's the end. I love water as fuelfuel.
[143:01] oh
[143:11]End ohof youPart guys5 trust— me
[143:14]of it
[143:24]Post-presentation Ichatter knowand guys
[143:29]information No, he's here.
[143:31] He's here.
[143:33] Ha!
[143:35] Ha!
[143:37] Paulard Nord?
[143:39] He's here.
[143:41] Who's this?
[143:43] Yes, he's here.
[143:45] He's here.
[143:47] Ha!
[143:49] Ha!
[143:51] Ha!
[143:53] Are you set it in Pride, Jennings?
[144:59] Yeah.
[145:24] For future information,
[145:27]for Central Operating,Operations, USA 3792,— 3792 Broadway Boulevard, Grove City, Ohio 4-343123 follow in the original recording.