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Use thermal as electron based over-unity creates anomaly fields what i call Eldridge effects referring to Philadelphia experiments , you will get visited by mean SOBs MIBs ETs and unless you are a god challenging them becomes quite difficult. the loopers don't go public but to be truth , yes looping is a reality but also the effects it does to time space & matter ..
https://www.google.com.pr/search?q=suckamatron+&ie=utf-8&oe=utf-8&client=firefox-b&gws_rd=cr&dcr=0&ei=FUwwWvb-JcSGmQGsq7-wBw https://www.google.com.pr/search?q=suckamatron+&ie=utf-8&oe=utf-8&client=firefox-b&gws_rd=cr&dcr=0&ei=FUwwWvb-JcSGmQGsq7-wBw
"in generating energy sucking is better than blowing"
(H)
---In [email protected], <nwootan@...> wrote :
Mick!!! You have asked a very "pregnant question" so here is my take on the whole "Energy Independence Situation"!!
After over 40 years of research into the "Alternative Energy Arena", I have seen no magic "Over Unity device" using the definition of "self running"! Sure , over unity clearly exist but has not produced a totally "self running prototype" Nada! Our MRA was over unity but "not self runner"! You asked, "of all the available technology, what would you recommend"!!
Under our Vortex Energy System, I wrote an "abstract" which will give you a clue! BTW! I did a prototype study of this technology and it proved totally feasible for you to "thrive totally from our environment", separated from the grid. Read this abstract!
Abstract
Within the “VES”the “prime objective” for “extraordinary thermal efficiency” is the “scavenging”, transport and utilization of all “sensible” and “latent” heat that is available in the overall scope of operation of any given plant or operation. The “Implosion Vortex Turbine” (carbon/carbon composite construction) in its many configurations and usages provides us the ability to achieve Industrial Heat Pumping capability employing the “Mechanical Vapor Re-compression" technology, (MVR). Since our “vapor driven” turbine operates at relatively low temperatures through the use of ‘selected” refrigerants we are able to maintain a fairly low “thermal lift requirement” therefore can “very conservatively” operate at a COP of 20:1. (COP: “coefficient of performance” which can be further defined as the ratio of power needed to transport a given amount of thermal energy in BTU s vs. the input energy in kilowatts. This means that at a 20:1 ratio we only require an electrical input of one kilowatt to move a BTU equivalent of 20 kilowatts) The MVR COP is dictated by the “lift” requirement between stages or the temp differential across the operation. Very “low lift”MVR (Industrial) systems have achieved phenomenal COPs of 40:1. High “thermal lift” requirements see a COP down to 6:1 as seen with your domestic heat pumps. Our system operates at a moderate lift requirement. This technology is directly used to “obviate” the requirement for cooling towers and heat ex changers to get rid of what is known as waste heat. Never, ever waste heat for heat is “potential energy” and if properly handled and conserved can be accumulated and converted into power. All of the sensible heat and latent heat (heat of condensation, water=144 BTU/#) can be re-cycled leaving the air and water of the plant scenario at ‘ambient or below”. In a conventional steam turbine operation, 90 percent of the fresh filtered water that went into the “steam raising plant” and passes through the power turbine en-route to the “now replaced cooling tower” is fully recovered and recycled back to the front to the process as clean potable filtered water. The feed water and cooling water requirements are almost eliminated in the overall plant for we “scavenge heat from all sources including “solar input”, “Ambient air” “latent heat in air” (water vapor) and “grey water” heat recovery. If you have to wear an overcoat in one of our facilities in the summer time that is a good sign we are doing our job in heat recovery. “HEAT is ENERGY” and can be converted into additional useful power. Our system utilized three different refrigerants, each with unique characteristics for a "cascade heat recover scenario". Tesla turbines, due to their super high efficiencies with unique designs are used as power generation prime movers, vacuum pumps, water pumps and refrigerant condensation pumps. The average home has the following "heat energy" sources available. Direct solar, all sensible heat, plus "latent heat" (atmospheric moisture) (144 BTU/# of water) (all of your potable water needs), grey water, ground heat source and even the "human input"! With the required "capitol investment", yes! you could cut loose from the grid. Coastal areas with high relative humidity is a real "plus" (latent heat recovery) here. Desert climates have the additional advantages of high ambient & solar input. "As I see it"!! Norm
PS: of all the study we have done on the EV Gray, RV, TRV technology, we find that we can extend battery life on RVs etc but not Over unity results.
On 12/7/2017 5:09 PM, Mick mkjekyll@... mailto:mkjekyll@... [EVGRAY] wrote:
Norm,
Thanks for the in depth on the Testika stuff!
Based on all of the amazing out of the box technology you have worked with, for a working reliable system OU that could in theory keep up with lets say a photo-voltaic systems in sunny California what direction would you go in or what two directions might you go in?
The Transverter idea looks very compelling but getting something that can behave itself with changing loads is of importance, specially if one has HVAC and well pumps etc.
This static into useful EM energy looks great, was the ignition power pack a feasible way to fraction this power for this type transition also?
When you used the highly quenched spark gap and shortened pulse width below the 100ms pain threshold and lower were you able to produce any of the effects such as a plasma sphere acting as a directional light beam or any of the other legendary effects?
On 12/7/2017 8:13 AM, Norman Wootan nwootan@... mailto:nwootan@... [EVGRAY] wrote:
Mick! To answer some of your questions,I need to clarify a few things in Gary's PDF. I had the 5200 sq. ft. Research Lab in Dawson, TX built to prototype my Hydrogen Reactor for GAZPROM, Russia. Ken Hawkins (partner) lived in San Antonia and had an apartment in Allen, TX where he worked for Sage Communications. We had visited Dr. John Milewski at Albuquerque,NM where he was experimenting with Herkimer diamonds (twin point quartz crystals) which Ken want to develop a new "super-luminal" communication method. Paul Walker & Ken worker on the ignition power pack driven method of creating the "Tesla Fire" ( white flame) using the timing circuit. We flew down to El Paso and visited a group doing the very same thing at the time. I went the alternate route to make the Tesla Fire by building the famous "dissruptor transformer" (Tesla) and using "unidirectional DC" discharge across very powerful magnetic quench spark gap to get the desired results with the attendant,"unsheildable" penetrating shock and Tesla fire. we all played with the flourescent tubes and plasma tube with magnets. The use of magnetic fields to convert "Static electricity", Holtz & Whimshurst machines is evidenced by the Baumann Testatika.
Paul BAUMANN
Testatika Generator
Methernitha Group: CH-3517 Linden, Switzerland Photo Gallery & Videos Links:
Methernitha ~ http://www.methernitha.com http://www.methernitha.com
http://utenti.tripod.it/testatikmachine/ http://utenti.tripod.it/testatikmachine/
Paul E. Potter ~ http://website.lineone.net/~aarekhu/index.html http://website.lineone.net/%7Eaarekhu/index.html Hans Holzerr: Testatika Demonstration Notes
Paul Potter: Back-Engineered Testatika
P. Potter: Principle Experiment
Anonymous: Believe It or Not --- Here It is!
Cyril Smith: Testatika Generator and Over-Unity
Methernitha: The Research Work of Methernitha in the Field of the so-called Free Energy"
P. Potter: Transcript of Methernitha Testatika Video
Testatika Demonstration (4 August 1999)
Translation by Stefan Hartmann < harti@... mailto:harti@... > & Hans Holzherr From: Hans Holzherr
To: Stefan Hartmann Recently, over 30 technicians and engineers (most of them retired) were allowed to visit the Methernitha group in Linden, Switzerland, where they witnessed a demo of the different Testatika machines.
Here is a report from Hans Holzherr from Switzerland who was present:
Hello Mr. Hartmann,
To your questions: > Have you seen live a machine with a load? If so, what load?
I am referring in the following to the model with the 50-cm diameter disks. This machine was already running when the visitors stepped into the room, and was not halted during the whole time --- we were there for about 1.5 hrs. As a first load a 1000-Watt lamp was connected for approximately 10 seconds whose brightness did NOT diminish --- the corresponding sequence on the Testatika film is just an effect of the camera aperture's automatic adjusting to the sudden brightness! The second load was a U-shaped heating element, that Mr.Baumann handed to me. It became so hot within one second that I had to put it down immediately! What was particularly impressive was that while he pulled back one of the contact wires (that was with the lamp, I believe), a 1-cm long arc appeared between the output electrode and the connecting wire for approximately one second. The apparatus was under a plexiglass hood. Near the base it had two holes which Baumann used to insert the contact wires to touch the output electrodes.
How do you think the high wattage is produced ?
Good question! I'd love to know the answer, too!
Did the disks slow down when a load was placed across the output electrodes ?
I did not notice that (nobody else did), but of course you tend to turn your look to 'where the action is' (the lamp etc.) The disks turned with 15 rpm, which is quite slow. The spin rate was regulated magnetically.
What general impression did you have ?
It was really impressive! One can hardly believe it, with this slow rotation. In any case, this cannot be explained in terms of bare electrostatics in the sense of the Wimshurst machine. The perforated sheets seem to have a key function... Beside the pick-up and the drive electrodes there are a number of small plexiglass blocks with glued-on perforated sheets, whose function is unknown.
As Adolf Schneider already mentioned, my colleague Bernhard XXX and I want to try to copy the principle experiment shown by Baumann --- without much hope to find anything extraordinary, though.
The device consists of a horizontal swiveling plexiglass arm with a small rectangular plexiglass plate at both ends glued to the lower side of the arm. The lower side of the arm is covered with perforated aluminum sheets (square holes), while the bottom of the plates is covered with brass wire mesh. Beneath each plate five additional plates are glued onto the base plate. There is also wire mesh between each pair of plates in the two blocks. From the mesh layer between the lowest plate and the base a wire goes to the two capacitors, which are connected in parallel . Baumann seized the arm with both hands and turned it about ten times back and forth (a full rotation was not possible, because the capacitors were in the way), then measured the DC voltage with a digital measuring instrument: 60 Volts. Then, as he short-circuited the condensers a loud crack could be heard. I don´t know if that already is an abnormal result...
On my question Baumann replied that with metal foil (instead of wire mesh) the device would not produce that effect.
For more information, Contact: [email protected] mailto:[email protected]
"Back-Engineered Testatika" by
Paul E. Potter
http://website.lineone.net/~aarekhu/index.html http://website.lineone.net/%7Eaarekhu/index.html
(Copyright 2000)
That the Swiss Methernitha group's Testatika machine is thought to be based on a Wimshurst electrostatic generator, is only a sparse approximation of the truth --- of the great multitude of electrostatic influence machines developed around the 1900's it more closely follows the charge-separation-and-collection system used by the 1898 Pidgeon machine [note 1] for its electrical circuit.
Its 50-per-disc steel grilles or 'gitter-grilles' are plainly unique to the Methernitha (see fig.1) but in principle follow on from previous research and patents for corrugated sectors which were found to be more efficient charge carriers [note 2] than flat ones, and from a similar example in more recent times of aluminium rods extending out like wheel spokes from an insulating hub of perspex [note 3].
Another unique function of these perforated grilles attached to the discs is how they induce charge from the rotating discs onto the special collecting pads, or 'tasten' antennae keys (which are also perforated --- so as to more readily pick up charge); for in a Wimshurst you had conductive brushes or rails of sharp points which actually touched the discs or were placed very close to them, but in the Methernitha the charge has to be made to traverse a parallel air-gap to the pads and for this purpose the metal gitter-grilles are so designed to create miniature eddy-currents of charged air which circulate in and out of the perforated metal's surface charges, and are more easily bounced out to the collecting pads. This process is categorised as VARIABLE CAPACITANCE electrostatic generation.
Careful note needs to be made of how the Methernitha uses its basically Pidgeon setup with regard to its neutralising rods (that equalise and stabilise the opposite charges --- see fig.2), and how charges are picked up from one area and accumulated at others, so that the polarities of charge are distributed correctly to specific areas on both discs [note 4].
And although there have been some fanciful claims, or misinformation, that it uses all sorts of radioactive materials to achieve its pulsed output I most strongly believe that the auxiliary electromagnetic circuit, that wraps itself around the rotating discs, portrays a simple electronic approach; afterall, who would use radium radioactive emission alongside leyden jar capacitors ! Indeed, the more you look into certain elements of its construction the more they point to three main eras of electronics development, the 1900's, the 1920's and the 1950/60's. The authentic Methernitha was designed and developed by purists who believed they had discovered a previously unknown electronic phenomenon, but they wanted to keep an integrity to the early pioneering days of the Pidgeon, Wimshurst and Holtz electrostatic machinery; they would not use such modern devices as transistors or IC chips (more's the pity) --- but they do use some pretty uncommon electronic engineering in their circuit [note 5].
Obviously, the electronics are in two parts; one --- the electrostatic generator and its particular technologies of how to direct what charge where, and two --- the very unique auxiliary electromagnetic circuit of inductances, capacitances and rectification that mobilises that 'static' electricity. To understand how they convert static energy into an electromotive force you would do well to go back to the earliest years of radio. From the pages of spark radio you soon appreciate just how important oscillation circuits and their valve rectifiers were, and moreover, how difficult it proved to engineer them. For although radio transmitters and receivers from the 1900's used resonating circuits their oscillations were controlled by sparks between two contacts and, of course, they were relatively inefficient. Not until the 1920's did the first electric current oscillations become an observable controlled phenomenon when someone coupled a rectifier valve, a capacitor, and a resistor together [note 6]. The early 1920's also saw the best era of experimentation and invention for novel devices that turned static energy into useable electromagnetic energy; it was in a 1921 patent that we see a German physicist Hermann Plauson describe in great detail his methods to convert static power, not only from rotary influence machines but also from balloons collecting atmospheric electricity up in the sky; and by using thermionic rectifiers, leyden jar capacitors and inductor coils he proposed a free-energy network that was to power the whole of Germany [note 7] ! The thermionic rectifier valve heralded a new era for radio and high voltage physics, and as it was then subjected to such a broad array of experiments and modifications to improve its efficiency so it paved the way for all sorts of new avenues in electronics. Indeed, with such a technical catalogue of similarities with what we see in the available photographs of Testatika it can be assumed without doubt that the horizontal glass tube which sits on top of the Methernitha machines is exactly what a home-made vacuum thermionic rectifying valve would look like; with its internal anode mesh-plate, surrounded by a coiled copper grid, fed by a glowing (heated) cathode wire running horizontally across its centre and capped by two black end-pieces, which are too big and bulbous to be mere end-caps and must surely be black rubber vacuum seals to seal the glass tube and the input/output wires [note 8].
With such a rectifier, some induction coils, and some leyden jar capacitors you have a circuit that oscillates, and that's what has to happen with a Methernitha, the electromagnetic circuit has to oscillate for it to work, and then the oscillations have to be rectified (or even modulated) so that the resulting single-pole pulses can be channeled through the big cans, which are basically high-efficiency transformers, and outputted as reduced voltage higher current DC pulses (see fig.3).
The precise components used to oscillate the primary oscillating circuit are, I believe, not to be seen in any of the available photographs, but there are various hints for their approximate whereabouts on the machine. Firstly, according to electronic design there should be a ca
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