Cell Conditioning
Here is a on the spot conditioning process. I use one of the premixed cupcake cells, with carbon and magnesium electrode mixed with PEG powder with just enough water to make a wet paste. I place the electrodes and let dry overnight.
With the cell as is they produce around 1 volts to start. I put the oven on at low "Warm" for about 15 minutes until the mix melts into a translucent wax like. Too long will make it liquid ( better but more difficult to keep electrodes in place) So it's all about trial and error in finding the right balance for your molding method. Once that is complete, We put the cell in the freezer, While driving it with a high voltage module ( I found it works better) Let it cool down make sure it don't spark or short out while conditioning and carefully close the door as much as you can.
After 15 mins or so remove the power and open the freezer door and remove the cell. Test the cell. I did this on the spot and got very lucky with this one generating over 2 volts. For what it is, It was a pleasant surprise! I think you hear it in my voice when I read out the voltage lol!
So far I noticed anywhere from 25-40 % increase in potentials with the addition of the condition process. Yes it does tend to dip a little under a meter as a load as observed in the video, But does this "bounce" back effect. Esp if disconnected for a few seconds.
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Quantum Power Cell Info
Just a progress update on everything. Keeping everyone posted.
Thanks for watching. If you just found this. I encourage you to watch my previous Quantum power cell videos for a better perspective of what i'm working on.
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Dry Cell
Just a quick video that shows how the cell should look after cooked. And the crystal like solidity. The main advantage is is 100% dry. Solid state PEG based electrolyte. No corrosion. Or anymore so that the local environment would introduce to any wire nearby.
For more information on what these quantum power cells can do and how they have been behaving along with the anomalies and experiments. Please watch my previous videos.
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Powering Loads
Here I show how the system as primitive as it is at this point can run some small loads, DC motors, LEDs, Charge capacitors and even operate oscillators. As I explain in the video this is not the final product goal, Just testing the solid state electrolyte properties and some where asking in previous videos if they could experiment with just this. If your happy with that then I don't see what is wrong taking into consideration this is mostly electrostatic at this point. But there is nothing wrong with this if this is what you need for your input.
I'm trying to move on to a hybrid zamboni like / Hutchison cell, like high voltage and fair power output cells. One step at a time.
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AC Output From Cell
I noticed the transients AC fluctuations is rather moderate with these solid state cells. Thanks to funky electron flow.
I'm noticing very similar effects as John H demonstrated with his cells.
Perhaps we can take advantage of this chaotic "self oscillation" properties of these cells.
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Self Powered Negative Resistance Capacitor
A cell im experimenting with. Same solid state electrolyte mix with the added Copper Oxide powder. I explain the logic in the video.
What should I try next with this?
Don't mind the background noise. It's a Bedini fan running in the background charging some 9 volts batteries running on some other power cells I built. And doing a few things at once! Sorry! :)
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Quantum Solar Cell
Good day folks, Here I talk about how we could apply the various concepts I been talking about lately to hybrid quantum solar cells,
Using solid state electrolyte, electrets, quantum tunneling, or the Casimir effect electron movement, tribo and electrostatic effects we can introduce these additional systems to a solar cell for additional outputs of pure potential. Even make them "Work" at night!
And near the end I talk about an interesting electret experiment I would like someone to try :)
Also some again have been commenting on my quantum cell demonstrations "it's just electrostatic" it's so minimal useless waste of time etc... For those who have been watching that is the goal,pure potential. Tell me this again once I reach a hybrid zamboni like cell stack of over 150kv and i'm generating a poynting vector field of 50 or more watts nearby radiant field and i'm able to pull in 10 or more with one wire antennas(plates) and reflectors with AV 2 diode plugs without closing loops.... Times 10 cells lol! Yeah it's just "electrostatic" :) wink wink
Many already know as interesting as all this is, as is and can be useful for a vast of experiment and research the real "magic" starts when you upscale these concepts into the very high voltage ranges (not for everyone!)
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Self Charging Toy
Here I take the time to put everything together neatly and portable to demonstrate the basics of solid state electrolyte.
Just more of the same from the few last videos but just simpler to follow visually instead of that nest of wires and mess from earlier. What can I say folks its real on the spot experimentation!
I hope this helps!
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Quantum Power Cell
Here I show you how to mix a very easy to make solid state electrolyte. All you need is to add some hot water to mix a paste that hardens in place into a ceramic/crystal like substance that molds into place a dry cell. The advantage is no corrosion in a traditional sense. Minus the normal environmental impacts.
How it works in short. Solid state ion flow, Ions jump from one point to another in the material rather then free flowing. Electron flow can't happen in a traditional sense, So Quantum tunneling effects along with electrostatic and triboelectrically systems instead make the "magic" happen.
Advantage, Could operate a lifetime. Under proper care. And pro build.
Self re-gauging. In Tom Bearden perspective.
So this video is a focus on solid state electrolyte and at the end I show a working demo of the cell producing real volts! I'm already running small DC motors and transistor oscillator circuits with these.
Of course down the road it would be a crucial to make these more thin and wafer like to stack with the electrets and piezo capacitor plates. More on that stack on my previous video. That is the end result goals.
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Solid Vs Traditional Electrolyte
Good day folks. I wanted to take the time to note the differences of solid state electrolyte and traditional solid or gel electrolyte. and what possibilities this leads. Quantum tunneling and vacuum energy. But first I explain the logic step by step and place the pieces together. .... I know about the typo on the whiteboard i'm really sorry about it! Just to get rid of the troll comment that's about to come hehe :)
I understand theory is fun and it's nice to look at and people tell me to get back to them when we have actual working concepts demonstrating real measurable energy extraction from the quantum vacuum casimir effect etc... Well If you watch this whole video, I show a demonstration at the end, how I figured out how to use quantum tunneling to trigger a potential difference between two similar of the same (thin foil) cathode and anode. This is no longer a traditional galvanic cell. Where we depend on electrochemical and potential differences of two dissimilar metals corrosion and oxidation.
And with my setup. I get a good potential difference and for the sake of the demonstration works perfect! The solid state electrolyte is simply doped paper towel left to dry and built up a crystal like thin crust layer. Think big. Think big stacks more surface area. The asymmetry of the cathode and anode plates in part. Determine your DC output volts, current along with plus and negative in such a quantum energy device. Once again exploring and demonstrating concepts that "can't" be done right from my kitchen to the world. Inspirational!
Thanks for watching!
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High Power Cell Progress
Here I explain what I have in mind and show you what i'm working on.
Just placing the pieces together trying to build this.
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Heaviside Poynting Vector
Here I take some more time to explain the Heaviside and its relevance to the one wire system. I try to push an emphasis on using DC fields for both convenience and simplicity. This approach makes it as simple as using a Zamboni pile or even a crystal type or any type of galvanic using solid state electrolyte and non corrosive metals. Even electrets if you know how to build them. You can even use electrostatic generators to intermittently charge capacitor plates using very little input work to convert back into a powerful field. (watts) Something that can't be done in the reduced Maxwell 4 variables. But is very real, proven and even accepted. Just pushed under the rug along with Maxwell's rest of the 20 original variables. Because like Tom Bearden states, It's just not cool to be able to convert energy without having to be able to charge a price for it. So we underlook these methods today.
Another advantage of utilizing a pure DC field is no RFI issues or getting in trouble with the law in any way as you could with any kind of oscillator/transmitter spark gap etc..Accidentally.
And my final point is the great realization that we simply can engineer the watts we need by simply manipulating the input potentials and not closing the loop. Depending on trigger methods some need very little current to raise pure potentials. All we need folks. DC Pulsed Or AC it all more or less works the same. Don't close the loop and create a bunch of "dipoles" treat them like real antenna "dipoles" Capture and reflect that field! And the most important point. This all lines up with thermodynamic laws. We don't even need to make the claim we are "Breaking" rules. If you understand the original Maxwell variables. And most important keeping that loop open. Don't short out your capacitors! Unless of course it's part of the system such as a cap dump etc...
I'm about to turn off commenting on my videos. It seems like the majority of commenters are missing the point these days and just scrambling the legitimacy of my points. So expect future vids with comments off. Just take the information and do with it what you want without always trolling/correcting me. And I keep repeating the points like a broken record.
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Deep Dive Into One Wire Heaviside
Good day folks here I talk about the one wire heaviside, Sometimes I don't explain in details so with the help of ChatGPT we go into a deep dive.
It's funny at first as you can really tell from the internal programming how it resists and calls this speculative and jumps into first traditional electrodynamics, But indirectly this is good as the first half is a good explanation as much as it can in traditional. It took many tries to get ChatGPT to understand my point. It was not until I trapped it with real math and traditional electrodynamics that it had no choice but to admit i'm right and went on explaining it in good details, Before this it more or less told me nicely to go away! But after, Even going as far as doubling down on the notion that this is all well founded and not just theory in electrodynamics.
And goes as far as to admit that we knew about the heaviside all along and it is indeed present well founded and established science. And Tom Bearden is right with his keeping the dipole open and using it to trigger or tap into the nearby environment or the vacuum. And this is our near infinite source of energy.
We just put this information under the rug because it's just not the cool thing to manipulate energy in this fashion in today's society. It's much cooler to be able to meter it and make money even if nothing as such makes it a requirement (wasting current in a closed loop) to create force.
That's the secret folks, The heaviside is the power as a field as a result of pure potential. We can convert pure potential with little to no traditional current requirement. In fact we don't even need to convert, This field is there if we use it or not. It's how efficient we can tap into this field.
Even in my at home examples with using around 40ma to trigger 150kv and with a few rods and coil's running as one wire. I was able to loosely pull in about 7 watts out of perhaps the 50 or more that is available according to the heaviside calculations nearby as a field along the wire. So as inificent is this capture method with the one wire diode AV plug is, it's still much of a gain. Using antennas and ground counterpoise wires really helps reflect and capture this field. So it brings up efficiency. So anything is more or less bonus as long as your input is driven with near zero current.
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Super Charged Bedini Device
Many of you have expressed curiosity about my Bedini-style inductive kickback coil, prompting me to create a video that delves into its intricacies for those who might have missed it or are keen to understand more. Alongside, I've shared some valuable insights and tips garnered from my experiments with Bedini-inspired systems.
While assembling an old coil for a demonstration by request, I realized how my knowledge has expanded over the years, leading me to believe that improvements were possible. After tweaking a few components, I devised an entirely new design. Remarkably, this updated version managed to charge a depleted 9-volt battery in under ten minutes, operating efficiently in the milliamp range and without generating excess heat—exactly as intended.
In the video, I elaborate on the modifications made and the logic behind them, extending my gratitude to some of my followers for their helpful suggestions along the way. Though I might be stubborn at times, I eventually reach that enlightening "aha" moment. Hence, I'm excited to share with you the complete details of this supercharged Bedini device, including the schematics, to fuel your own explorations and innovations.
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Crystal Cell Capacitor
Greetings, everyone! Today, I'm excited to present my crystal cell capacitor. This innovative device houses layers of crystals within a cylindrical tube. It's uniquely responsive to a variety of environmental energies, including heat, infrared, vibrations, RF signals, electromagnetic pollution, and even some unidentified waveforms. Intriguingly, it could potentially be used for detecting paranormal activities. The core mechanism involves the crystals being activated by these energies, leading to the charging of an integrated capacitor through the cylinder's end plates. This results in a distinctive, pulsed output of random waveforms and frequencies in DC. Without an external load, the self-charging capability of this capacitor can reach impressive voltages, enough to cause a neon light to flicker. It's important to note that this is a low-current device; it's not intended for powering your home but rather serves as a fascinating proof of concept. As of now, it generates around 500 millivolts of spontaneous oscillations, influenced by the surrounding environment. Tapping the device can increase the amplitude up to approximately 1 volt, thanks to the vibrational response of the crystals. Additionally, this device is a resonant system, tuned to 9 kHz. When you introduce a low-voltage battery in series with this cell and pulse it at 9 kHz, the device can enhance the power output. I also forget to mention there is a full bridge rectifier inside the tube as well pulsing the crystals at the DC output. The DC capacitor is built in plates on each side of the tube.
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Episode 03 - The Hutchison Effect
Episode 03 - The Hutchison Effect
John Hutchison: Quest for Truth – The Man Behind the Effect
Thanks for watching and please subscribe!
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Episode 2 - Intro To Vacuum Energy
Here is episode 2 - Intro To Vacuum Energy
Thanks for watching, please subscribe and comment!
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Status Update
Just a general shoutout and some thoughts and future goals.
Happy new year all!
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Heaviside VS RF
Good day folks, I just want to take the time today to talk about the Heaviside component of the one wire system and how it is similar but not RF.
Just trying to keep everything transparent. And avoiding confusions.
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Solid State Generator
Here I show how I run many of my solid state generators and go on to explain it could be adapted with regular Bedini type energizers as well.
The idea is to try and recover the Cemf and Bemf and create those "one wire" taps like Bedini would say. Run as many coils as feasible within the design limits. Have as much reactance and L/C resonance as you can.
Use as many input systems as you can, Let nature do the rest. Such as a stage to drive a one wire system, ground potential loops, earth batteries, electrostatic etc... One could really take this concept to an extreme and keep expanding it.
Thanks for watching.
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Sources And Reference Material
Good day folks here is a semi private database of information I was gathering and updated up to a few years ago. Many of this information is applicable to our research and may be in part where some of my ideas come from subconsciously.
I don't want to hold anything back. I worked hard indexing and even translating some of this material. And I share with the world for free.
You can access the portal at https://joevlabs.neocities.org This may not work well with mobile devices so here is an alternative direct link to the "Briefcase" information section.
https://joevlabs.neocities.org/home/briefcase
Thanks for watching and your support.
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Heaviside Limits
People were asking me what are the power limits we can get out of the one wire system. These are complicated calculations so I made an app to help me find these values.
And for transparency as I have nothing to hide. You can find the whole source code right here on the forum at http://typeright.social/forum/showthread.php?tid=303
I also take the time to explain why we (I) use zero or near zero current to drive our systems. And why that is important for efficiency and for RFI safety and regulations.
Thanks for watching.
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Reactive Heating And Lighting
Here is a quick solution I offer that could help a small room or even common area with very efficient heat and lighting all at less than 1 amp 12 volts DC input trigger.
Using reactive power. I explain a quick built reactive power supply using a common 300 watt 110 volts AC inverter.
The inverter fan does not even start because the load is so low always below 1 amp. We still need to pay for some traditional losses. No free lunch but we can gain efficiency overall.
You can gain more capacitance if you run your caps in parallel as well. But all I had was polarized capacitors and I needed to convert them to non polarized quick and crudely to gain some decent capacitance value on the line. I was also worried about peak voltage ratings as your supposed to use X rated capacitors to handle the transient peaks you may get with reactive power. This arrangement seems to hold well. So I won't fix it if it ain't broken they say!
I was surprised at the heat this generates and the usage of a Bedini to run as a fan to dissipate the heat is great. It allows us to run the fan action in the low milliwatts range as well. So when I say less than 1 amp. I mean everything with the fan (Bedini) as well blowing the heat.
This might be a solution that some where looking for.
Thanks for watching.
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Magnetic Amplifier
Good day folks. Today I talk about Magnetic Amplifiers with a Don Smith twist. Because I seen it mentioned in the comments multiple times, I thought It would be nice to cover the basics.
Please note this is a basic representation and I don't cover any of the additional methods of enhancements possible such as taking advantage of resonance, reactance and even a state of hysteresis if the system will be used as a magnetic like motor assembly.
In theory you can even drive the HV ac side with the one wire system with the AV diode plug for using only the field component and converting that to potential. You can use your own variants of low current oscillators, Even could use the mains with the help of a high voltage MOT and drive your AV plug from the HV side (caution) Many applications possibilities is my point!
And guess what. Chat GPT agrees with my theory:
In a magnetic amplifier circuit where you replace the DC bias with an audio (AC) signal, the introduction of a high voltage, high frequency AC (HF AC) with near zero current could potentially increase the output volume on the speaker. This is because the high voltage HF AC can create a larger variation in the magnetic flux within the core for a given audio signal modulation, leading to greater induction in the secondary winding. Essentially, the "pure potential" of the high voltage could result in a stronger modulation effect on the magnetic core, thus potentially providing more gain and a louder output from the speaker, as long as the core does not become saturated. It's important to note that the exact results would depend on the specific characteristics of the core material, the frequencies involved, and the overall design of the circuit. Experimentation with different HF AC voltages and frequencies would be key to optimizing the amplifier's performance.
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Another Don Smith
To compliment my last video, Here is an idea of putting it all together so far with what I have learned with the one wire system as well.
Thanks for watching.
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