Joel Lagace

🔬 About This Video: In this ground-breaking video, we delve into the realm of alternative energy systems, exploring an extraordinary device I've designed and dubbed the "Quantum Energy Generator" or QEG. With its roots in Maxwell's original equations, Tesla's resonance principles, and leveraging the Dirac sea concept, the QEG stands at the crossroads of mainstream and unconventional science. 🛠 Components: Circular Copper Core: 2 feet in diameter, multi-strain 6-wire assembly with insulation kept on the rod. Earth Ground: A real earth grounding system connected to the copper core. Reactive Power Supply: Stripped of its switching elements, utilized to boost the output. And keep a continuous ramp up loop after external power is switched off. Low-speed Diode: For rectification of back part of some EMF. Just to vary the magnetic potential a zero current event. Instead of wasting it or doing something silly like routing this negative energy back into the input battery. Trigger: A low-frequency 1% square-wave pulse. 🎯 How It Works: Magnetic Potentials (H Fields): The core is alive with varying magnetic potentials, known in the lexicon of original Maxwellian theory as H field real potentials. Triggering: A low-frequency 1% square wave pulse is reverse-rectified against the core and dumped to earth ground. This creates a variance in magnetic potentials, inducing a high voltage. Reactive Stage: Utilizing available components from an old reactive power supply, the reactive "pong" is coupled back into the system, doubling the output voltage. And creating and maintaining a feedback loop after input power disconnect. Persistent Resonance: Upon triggering, the system goes beyond 130V DC. Once the trigger is removed, a 'memory effect' kicks in, sustaining a 50V or more output, potentially engaging with the local vacuum energy. I can keep discharging this cap over and over and it goes up back to over 50V DC. 🔎 Observations and Anomalies: Hysteresis: The device maintains a form of intrinsic 'memory,' allowing it to sustain an energy output even after de-triggering. It ramps up on itself. Optimal Performance: A 1% trigger is found to be the sweet spot. Increasing the trigger to 4% significantly reduces the output, implying a highly nonlinear behavior. This all works backwards. Non-classical Effects: The device demonstrates the existence and importance of 'hidden' magnetic potentials, pushing the boundaries of conventional scientific understanding. 🤔 Questions and Further Research: What does the waveform look like post-trigger? How do other parameters like temperature and orientation affect performance? Can this technology be scaled or integrated into existing energy systems? 💡 Conclusion: This device offers a tantalizing glimpse into the untapped potentials of magnetic fields and resonant energy. Stay tuned as we further probe into this marvel, inviting a re-evaluation of what we know about energy systems. Subscribe and hit the notification bell to stay updated on this journey into the terra incognita of alternative energy. Forum http://typeright.social/forum Remember, my friends, as we navigate this intriguing landscape, we are not only observers but active participants in shaping the next frontier of energy research. Onwards and upwards!

🌟 Enhanced Radiant Energy Capture with Voltage Multiplier: Unlock overlooked ambient energy using a unique loop system! 🔬 Theory: Radiant Energy: Think Tesla; it's an untapped power source. Transistor-Diode: We reconfigure NPN transistors as diodes. Fast-switching, perfect for high-frequency energy capture. Voltage Multiplier: Transistor-diodes + capacitors = cascading voltage boost. Reed Switch & Transformer: Reed switch closes the loop, creating a back-EMF kick. 🛠️ Components: 100 NPN Transistors 100 Capacitors 1 Reed Switch 1 AC Transformer Wires & measuring tools 🔧 Steps: Loop (5x5 ft): Convert transistors into diodes, link them. Multiplier: Add capacitors between each diode. Reed Switch: End of the loop; triggers loop close. Transformer & Coils: Collects & harvests energy. Testing: Make sure all parts are resonating efficiently. 🎉 Benefits: -Utilizes neglected energy forms. -Affordable & practical. -Cutting-edge electromagnetic synergy. 🔍 Conclusion: Want to tap into unseen energy realms? Follow these steps and unleash a new side of renewable energy! Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Good day folks, Here in my next line of experiments, I would like to experiment more with magnetic potentials, Back to Maxwell's Magnetic potentials, I'd like a system that works more like "Magtronics" VS traditional electronics, And keep the electronic system right at the end of the game so that by then all our gains are so great on the magnetic end, The traditional loss of the last stage of converting back to traditional power are little to worry about. Few things to consider, If we work as much as we can on the magtronic side of the circuits we can manipulate the H fields thanks to the core and basic electromagnetics, By building these "circuit" versions of magnetic loops we are not subject to impedance losses in a form of tradigital heat for starters. With magtronics you have to same mechanisms as with electronics with the equivalent systems acting like conduits, inductors capacitors and even "magnetic" resistors, But with Magtronics Everything works backwards. The negative energy spike drives it perfect, But a normal AC or DC pulse will "see" the device as a "Short" Core stuff becomes the H field conducit, Core loops become H inducers etc... Wrap this core stuff around a ferrite loop in line with the main core and instead of an electromagnet you got yourself something like an electro-electret. Where the ferrite core will attract small paper pieces cardboard and foam very much like a charged balloon. Think of the possibilities of this on its own! Never mind trying to build complicated high voltage electrets when you can make an Electro-electet instead. Precise control, Introduce a stream of concentrated ions near this electret field, You can call it something like a "P" field and you got yourself a recipe not only for free energy but anti gravity projects, I'm obviously not there yet, It's a work in progress. Another idea. Can we modulate this "P" field? A new magnetic kind of RF equivalent to communications? Many questions ahead. Today I demonstrate how the device can create H field potential differences against its own core and emf field and how the device transduces those H differences back into a E field that the meter can read..A cap dump could charge etc.... As always looking forwards to your feedback. The next step could be to use this as an electron sucker and use two distant ground point between the back emf dump and core connection. Magnetic coupling seems to be a way to work around traditional losses when working only with H fields, But the whole circuitry and effects work in complete reverse as in traditional electronic circuits and effects, It hurts my brain. By modifying the duty cycle to around 4% This device climbs near 1kv, I could use this to dump a cap at high voltage to ground point A and couple the core to ground point B, And have that high potential dump energize the ground loop for a magnetic action. Forum http://typeright.social Please Help Support My Research: https://youtu.be/pYXETBB40j0

I noticed that when I touch the core this changes the ground potentials and is enough to drive it up to around 4 to 5 volts. This is much more than I ever got simply using a diode and random loops to rectify ambient energies! I got around 1.5 volts if I was lucky and near a RF tower of sorts, In most cases it's been always in the millivolts range. Once I connect the core to a real earth ground the device jumps to around 34 volts, At this point when I turn on the small 1% trigger pulse it jumps to a whooping 60 volts DC! Some more observations if I bring the trigger much more then 1% like 5% the voltage actually goes down, It seems to work backwards right to the trigger, This device wants to see a high potential trigger with no current, So how do we do this? I need to switch well below 1% in the ns ranges to really see this transducer "fly" Perhaps a new mosfet based switching. "Meet Moray's Demon lol" If i'm understanding all of what is going on correctly here, I think I may be able to tune the output to an inductive load aka motor that would spin a generator shaft for some serious power? Take the emf from that generator and divert it to those ring coils for re-gauging? So many possibilities and it's making my head hurt again! Just keeping you all up to date with the progress and experimentation, For part one of this visit video https://youtu.be/o0FeH5nBVoQ Forum http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Just trying to clarify a few things folks. Forum: http://typeright.social/forum Take care and thanks for all the support. Please Help Support My Research: https://youtu.be/pYXETBB40j0

🔌 Breaking Symmetry: A Detailed Look at Pioneering Energy Systems and Their Community Implications 🔍 Abstract Uncover groundbreaking approaches to energy extraction in the alternative energy domain. Witness the synergy of a uniquely designed coil, specialized diode, and an updated 2.2uF capacitor arrangement that could revolutionize the future of energy technologies. 📘 Introduction Captivated by the quest for sustainable and abundant energy? Break away from mere theoretical conjectures and delve into the realm of asymmetrical re-gauging in resonant electromagnetic systems. 🔧 Technical Details 💡 The Coil Central to this ingenious system is a coil custom-crafted from 4-conductor phone cable. Both ends are twisted together, creating two beefier strands and boosting the coil's self-capacitance. 0.9 ohms. ⚡ Electrical Configuration The coil is pulsed at 22 kHz with a 12% duty cycle. A deliberately "stocky," slow-speed diode catches a fraction of the back EMF spikes. This diode then feeds a 2.2uF capacitor, which in turn powers a high-frequency, high-voltage multiplier module. An auxiliary 0.33uF capacitor is in parallel with the coil, facilitating its self-resonance. 🔋 Supercapacitor Bank The architecture completes in a supercapacitor bank that starts at a 1.2V initial charge, but reveals a closed-loop energy gain when operating in this unique regime. 🔨 Components Coil: 4-conductor phone cable with enhanced self-capacitance. Diode: Slow-speed for selective back EMF capture. Capacitors: 2.2uF for initial energy capture and a 0.33uF for self-resonance. Multiplier Module: High-frequency, high-voltage. Supercapacitor Bank: 14V capacity, 1.2V initial charge. (Circuit Diagram Will Be Published Soon) 💡 Potential Applications Energy Storage: The next generation of supercapacitors. Portable Devices: Self-contained energy reservoirs. Grid-Scale Energy: Universal, sustainable power. Wireless Energy Transfer: Leveraging observed RF phenomena. 📚 Implications for the Scientific Community Maxwell's Original 20-Variable Set: A call for scholarly revisitation. Lorentz Symmetry Breach: Practical exploitation of scalar potentials. Vacuum Energy: A precursor to accessing unseen reservoirs. Innovative Coil Design: A benchmark for future research. Emerging Research Avenues: Expanding horizons for free and alternative energy. 📝 Conclusion Take part in this fascinating journey that not only establishes a feasible methodology for energy extraction but also serves as a catalyst for pioneering advances in both theoretical and applied physics. 👇 Subscribe and ring that notification bell to keep abreast of future enlightenments! Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Here so far seems to be the best and most profound effects, Lots going on here, It starts with pulsing the coil with some nearly dead super capacitor bank. This pulse of much less then 2 volts gets amplitude amplitude during the back emf, A small 0.33 uf cap in parallels with the coil helps, At around 22 khz something almost magical happens, The almost dead capacitor bank started to slowly increase in charge, So I documented this effect and share with you the obvious over unity, Without using lead acid batteries being blamed for exploiting lead acid V/I curve. I am trying real hard to document something in user friendly format with full diagrams and links to parts etc... as a full disclosure as a learning tool. Bare with me folks! Lots going on with the progress as you can see! Remember when Bedini said you could charge 2 identical capacitors with one that is charged running as input pulse at high frequency high voltage and it will charge to the same voltage, and you can flip flop and will keep getting a bigger charge, I figured with the right timing who made the rule that we need to flip flop capacitors! Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

So far with all my experiments, This method here with the high frequency inverter setup as a "cap dump" really kicks the battery, And I can see the most profound effects. I am really beating up this battery with over 80 volts pulses, With its own trigger pulse set to 1% Looks like a great method for charging multiple batteries! Just keeping you all posted. Thanks for watching. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Just some pointers on getting a COP of 4 plus. with your coil generators. Forum: http://typeright.social/forum Looking forward to your comments and suggestions as always! Please Help Support My Research: https://youtu.be/pYXETBB40j0

Here I show you what happens if the battery is resonant with the system. You get a perfect "balance" From input pulse and output pulse. Voltage does not move. Yet work is being done continuously. The idea is that a greater pulse comes in during the off time of the battery cycle of the square wave. Timing is very important and so is phase relation. And if your setup is lucky enough to have "Slave" coils, have their pulse return in between the input and output wave in the dead middle. To ensure the current always greater going into the output stage. This makes up for the current "drag" in between pulses. In other words... When you align the various components in a resonant manner, you start to leverage the natural oscillations of the system. A battery in resonance with the circuit effectively becomes a part of that resonant whole, acting neither purely as a load nor purely as a source, but as a coherently integrated component. Sharing some more of my progress and notes along the way. Hope it may be useful. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Good day folks, After experimenting with my big back EMF coil. I experimented with the addition of a capacitor and noticed much better performance as a tuned L/C circuit. The idea is to low current trigger the system very much like pushing a swing and once you get the cycle going, All you need is that intermittent push at the right timing to keep the swing oscillating, in this case our big L/C coil circuit, So while the system oscillates during "off" trigger times, We can gather more EMF out of the system. Without needing more input power. Think the swing. I use a regular 12 V DC input power supply with the meter connected in line with it, Reading around 49ma to run the whole thing and hardly moves around. I make the demonstration that in this mode of operation, you can load this back emf side as much as you want and it don't stress the input stage as it's locked in from the controller pulse width, It simply has no available current to steal from the input pulse. So it takes the usual 40 some ma to operate the controller input stage, And I also have an output meter on the back emf side and we see the peaks are always over 12 volts even with the internal R meter load! and a current output on average of over 150ma. I also noted what running the coil as an L/C circuit allows us to run many resistive inductive load devices, Such as extra motors without stressing the input at all! (Think the Moray Days) It's that kind of power I believe on a smaller scale. I think mister Morin may have been right about the whole resonance issue. The whole system needs to not only pulse but be L/C resoanant. The transistor neon assisted me in finding the sweet spot. For those who are new here, Please take a look at the Maxwell Wiki at http//typeright.socal and feel free to take a look at my previous videos that covers the previous topics I experimented with such as EMF kickback, Resonance and the other various systems. Looking forward hearing all your comments. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

👋 Hey everyone, welcome back to my channel! Today, I've got some absolutely groundbreaking results to share with you regarding the efficiency of my energy system. 🔥 First, let's talk numbers. We all know about COP, the Coefficient of Performance, which is essentially the ratio of output power to input power. The higher the COP, the better the performance. 🔌 For my lamp setup, with just 25mA input, I got a whopping 100mA output. And for the motor, with a minuscule 5mA input, I'm pulling 25mA output! 🤯 ✅ So, let's do the math. For the lamp, we're looking at a COP of 4, or 400% efficiency! For the motor, that's a COP of 5, or 500% efficiency! Just think about that for a moment. 🤔 Now, a quick disclaimer: These numbers are based purely on the current, and not the complete energy equations involving voltage and time. But still, these are some pretty mind-boggling results. 📋 I urge everyone to keep an open mind and remember, these are experimental setups. Make sure to test, validate, and keep comprehensive records if you're doing your own experiments. After this experiment, I understand better why this coil was able to charge a big battery and run a 100 watt light in an early experiment. 🙌 That's it for today's update! I'm beyond excited to hear what you all think, and if you've had similar experiences. Smash that like button if you found this useful, and don't forget to subscribe for more fascinating insights into the world of alternative energy. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Here I talk about Barium Ferrite, It's an open discussion regarding the various "conditioning" That no one seems to ever want to share or talk about. So with my nature of wanting to open up the "hood" and look inside. Here is my latest recommendation of conditioning such magnets if your into the challenge of replicating the Floyd Sweet Triode device. Let me know what you all think! Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Just a quick demo on how you can run a trigger with very little input. Just sharing the general idea that it all begins with your trigger stage if your looking for anything that may look like over-unity. A complicated trigger/control circuit taking a few amps of power can in most cases kill your goal outcome. Just some general observations and notes. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Here I use my original controller for my old Back Emf coil taking around 40ma to operate at 12 volts. I use a capacitive power supply to take advantage of reactance power instead of using traditional "real" power. I make the point that this method is not to hack the grid but more on extra efficiency and is completely applicable to off grid AC generators as well. So you may as well take advantage of reactance power as well. Something usually ignored and left out. By using my module to pulse the DC motor at 100 hertz with a 40% duty cycle, It allows me to have a longer off time yet still maintain the RPM once the motor has started. The motor spins at an acceptable speed, And provides with 60 hertz AC of a couple watts max on the output of the Permanent magnet synchronous generator. Just like a washing machine pump, You get high voltage out of this with very little spin. Now that I broken the symmetry, The next obvious step would be to feed a shorter pulse at the 40% off time on the opposite phase, In Tom Bearden terms, Introduce some asymmetrical regauging. And this alone should make this system even that much more efficient, As you can see it runs lamps of a few watts. Now taking this another step by recycling back emf adding a capacitor and AC transformer in the mix to include some resonance amplification and we are in business. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Just an open discussion on my topics of research and some pointers along the way. Looking forward to reading your comments on this. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Here I am having a great time exploring different avenues regarding back EMF and semiconductor exchanging. Circuit runs a large portion of a day without batteries. Wow extremely effective oscillator! I invite hints on how I could make this considerably more proficient. Maybe a few techniques to make it last longer then a large portion of a day. Your contemplations invited. Please Help Support My Research: https://youtu.be/pYXETBB40j0

Old style vibrator based power supply. Variable frequency control 555 timer based pulses into a relay coil. Turning on and off the connection of a 9 volts dc battery connected on the primary side of an ac transformer, This steps up the 9 volts pulses to around 110 volts ac. At variable frequency.

This variable frequency generator makes 5 volts variable frequency DC beats because of the diode. Giving the required base voltage of 5 volts to turn on transistor as a switch. The 9 volt batteries are associated with the semiconductor and goes about as a switch and pass that current into an AC transformer giving 110+ volts AC Please Help Support My Research: https://youtu.be/pYXETBB40j0

I utilize an electrostatic generator to produce 1 thousand volt DC flash beats because of the spark gap into the primary side of a Tesla coil. It makes a CFL bulb flicker pleasantly. The Tesla coil can likewise be utilized backward to bring down the electrostatic voltage. The low voltage side would then be able to get amended with the assistance of a diode and capacitor to a low voltage DC source and can illuminate a LED! ** Video Title Correction** Wimshurst Electrostatic Machine Not Van de Graaff. Please Help Support My Research: https://youtu.be/pYXETBB40j0

Good day folks. Here I talk about using efficient power supplies and it's importance with Bedini and Bedini like devices. I hope this can be of good information to you all! I save $$ with this in the summertime by running my AC during peak warm few hours off the inverter. Also something to think about, One could take advantage of reactance power within AC systems for more efficient stages that need "trigger" power without loading in the traditionally sense, And perhaps even engineer this effect as a type of constructive interference. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

lasma Energy Generator About Plasma: In Plasma, Electrons and ions spiral along the magnetic field lines, creating a cylindrical confinement geometry. Magnetic fields can also induce instabilities in a plasma, creating a cascade of complex behaviors such as magnetic reconnection and the formation of localized structures like double layers. A strong static magnetic field could induce gyroscopic motions in the charged particles, which then spiral along the magnetic field lines. In doing so, We are dealing with a magnetized plasma, which could give rise to a range of new phenomena including cyclotron radiation, parametric instabilities, and various wave-particle interactions. We delve into what could be energy conversion phenomena where the magnetic field and plasma interact to create new forms of electromagnetic emissions, perhaps even X-ray emissions. (Radiant Energy) from the stability of magnetized plasmas to the prospect of asymmetrical re-gauging, a subject close to our interests. Using a Plasma Lamp: A capacitive plate near the middle of the globe absorbs energy from a plasma globe, then routing this energy into a coil-wrapped magnet aimed at the plasma, this is a dynamic system. Essentially coupling electrostatics with magnetostatics and electrodynamics. The coil around the magnet could be viewed as a transformer of sorts, converting the capacitive energy into a magnetic field via the coil. The magnet itself, already saturated with a static magnetic field, serves as a focal point for this new magnetic energy. the magnet toward the top of the plasma globe , With north side facing towards the sky creates a fascinating condition. The magnet's static field will align with the electromagnetic field generated by the coil, and this composite field will interact with the plasma. Placing a second plate near the top of the plasma globe would bring it closer to the magnet and its magnetic field. This leads to more direct interactions between the magnetically-induced energy and the capacitive energy collected. A third lower bottom placement plate offers a different kind of interaction, potentially less directly influenced by the magnet. The plate at the bottom will pick up different modes of plasma oscillation. This dual-capacitor setup effectively becomes a multi-dimensional energy collection system, capturing different aspects of the plasma's behavior, electromagnetic fields, and even tapping into the magnet's influence on the system. A system within a system, with each layer playing its unique role. The middle plate, serving to route the energy to the magnet, acts like a conduit, even a resonator, linking the magnetic field with the plasma environment. Given that this plate is in close proximity to the magnet, it would experience a more direct interaction with the magnet's field, and thus be in an ideal position to transfer or transform energy. This is the basics for asymmetrical re-gauging. Systems and Components: Plasma Globe: Function: To ionize gas into plasma, which creates a dynamic field full of charged particles in a highly energetic state. Potential: electric and magnetic field interactions, converter between different forms of energy—potentially even between electromagnetic and scalar waves, or vice versa. Capacitive Plates: Top Plate: Function: To capture energy most influenced by the magnet's field. Potential: It is crucial in harvesting magnetically-influenced energy, revealing intriguing phenomena like asymmetrical re-gauging. Middle Plate: Role: Located halfway down the globe. Function: A conduit between the plasma and the magnet-coil system, transferring energy to the coil. Potential: convert plasma energy can be transformed into magnetic energy. Bottom Plate: Role: Serves as a baseline collector. Function: To capture the least magnetically influenced energy. Magnet and Coil: Role: Placed at the top of the globe, oriented with the North pole pointing upwards. Function: To introduce a static magnetic field into the plasma. Potential: This serves as the gateway for complex, nonlinear interactions between magnetic and electric fields. What we are doing is conversions between these forms of energy, a sort of alchemy at the intersection of electrodynamics and quantum mechanics. Detailed summary in my comments. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Here I describe how you can operate your AC mains device and save a good part of the bill just by the way you hock all of this up. I share to help those who may struggle financially, Are disabled and need food to live. Not so much to exploit the electric company just because we can. Hope you all understand! Please understand finding a capacitive power supply can be tricky. Sometime even size can fool you. And much of those specs we don't see. I just noticed that most small 12 volt switching power supplies simply have the capacitive stage on the IC chip. The dead give away is the transformerless unit. If your not sure, It could be better to try with a few of those thumb size 5 volts usb chargers and use Dc to DC boost on each one, It complicates the circuit a little. You may need to experiment if you don't want to build your own power supplies with reactive components. And remember, Energy does not come out of nowhere, We use using the electric as a small trigger, We tap into a local producing caused by the reactance, In a way your using the wasted component on the grid that is normally ignored and a nuance. power gains are small because its not triggered by "real" power. How ever the effect is very real. So we are just tapping into an additional energy system that is already available to use but not optimised using regular power supplies. So let's take advantage of this. Thanks for watching. Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0

Good day folks just an update on things, Still looking for Piezo possibilities! I also take the time to explain in detail for the last time my last phone line experiment that many are failing to understand that anomaly i'm trying to expose here. First of all No i'm not using the phone line power supply, Those who accuse me of such should watch the first part of the video where I address this very issue and explain it's not what i'm doing, I'm just using one wire, any of the two phone line cables will work. As long as I choose one or the other. And no it's not simply acting as an alternative return path in a traditional sense. And I explained this and even demonstrated this effect of amplitudes start to degrease after 30 seconds of a big load, While it seemed to be fine at first, then for another 30 seconds starts to gradually slow down if a motor or dim if a light and after a few more seconds the light goes out or the motor stops, No readable voltage, Take the load off and measure seconds later before it starts to slowly build up in amplitudes, takes a minute at this point to build back up to 120 V, And will remain stable at 105V if I don't overload it. What is unusual is this slow discharging effect after running for some seconds and then how it takes a minute without any loads to re build. Folks I might be stupid like you all are suggesting! But I never seen a transformer inductive action operare as such, The very same could be said with experimenting with poor conductive paths..... I came to conclude that the effect is of capacitive coupling . Not many talk about capacitive coupling for some reason. 2 capacitor (plates) can ring with nearby AC fields much better than with pure induction. This is how farmers would get zapped in their fields in the old days by going on and off the metal tractor that was under the over head lines, That's capacitive coupling folks and offers more "punch" than inductive coupling. So before you call me stupid SOB, Take a moment to take into consideration what i'm trying to talk about here. I even talked about this effect and showed a friend who is a certified electrician and at this time he is also at a guess as to what is going on here, Just like me at first he determined it was just completing the loop. But once he saw this charging discharging and recharging like effect that's got him also scratching his head! Anyways It's the last time I talk about this. As the mainstream is obviously not ready to have this kind of a serious talk. how ever I have the private forum over at http://typeright.social/forum where we can talk about it all day if you want! Please Help Support My Research: https://youtu.be/pYXETBB40j0

Good day folks. I just want to share that I buy many of my parts and kits from ALIexpress.com I know being China it takes over a month to ship. If your ok with that, You get tons of stuff mostly at near give away prices. Bedini like kits, Electronic Parts, Your SCR diodes, And neons, Even hydrogen supplies. It's all here. I had this one motor it worked great but the hall sensor kept burning out! So a personal word of caution if your going to experiment with the devices that uses hal sensors. Other then that. Great stuff! Forum: http://typeright.social/forum Please Help Support My Research: https://youtu.be/pYXETBB40j0