A Word Of Caution

[@ahchoooo]

Thank you, Joel. I was so saddened when Bedini passed away so suddenly, thinking that there will be no one to guide the world into a better future. Now that I found your work, I am much more optimistic now. Thanks. I will follow your advise to start from the bottom, even though I started experimenting with Bedini devices over 20 years ago. One is never too old to learn! 😊

[@michaelperrone3867]

Thanks Joel; I went back and watched your videos about the PEG cell and now I understand that better

[@eduardoeduardoeduardoedu]

Thanks Joel, thats from my heart! Thank you... not by just the "recepie of the cake" but above all for the example you are as person. All the best... We are all learning something with you.

[@wiretrees]

Outstanding

[@Heliarc91]

Very well said Joel. I try to explain this similarly. Some of the things we do can literally stop your heart... I tell people they need to read at the very least 3 electrical books before buying a single resistor. Make sure you can handle the concepts and its for you. Learning componets, new blueprint dwg styles.. all are daunting and requires patience and effort. There is no shortcuts here. If you are waiting around for a working schematic .... You will fail. 100% chance. If the above is you, you will likely never get the condition set up.. you wont understand it. even if it works, when something changes or you even drop something and it stops working. You have NOTHING now. You cannot do maintenance on it. Because you waited around for a schematic instead of working and learning the concepts and actual things that is going on. Keep going Joel. We will prevail with them, It will just take some time. Cheers!

[@selfrunner27djokovič]

Good speech, Joel. You are a Man. Greetings from ZLOvenija.

[@nathanbunten4299]

Half the stuff fries in seconds before you know what you did wrong. I have a box of zvs circuits at $40 each that blew up during the experiments. There must be 20 or more in there. I am still pushing the limits, so I expect to fry more. But it is the price we all pay to do what we enjoy. Thank you for the video Joel.

[@frankchandler8005]

It sounds like your giving us tough love like my mom and dad did Joel., well you've pushed me forward toward the finish line with this work. and thankyou for that.

[@ElijahCokeley]

Great idea! The joel thief oscilator is the next step for me to build. I love your honest approach. First comment 😮

[@rakeshbhadreshwara8077]

❤ u sir

[@jasonjaffray4025]

SHOT BROTHER LOVE AND PEACE FROM AFRICA ✅👍👍👍🚀😎🏆

[@ronsykes5035]

The primer fields by David Lapointe 😊

[@squeakytoyrecords1702]

Thank you for the public service announcement :). Waiting for the nest class! .

[@jensbuchholz5766]

❤

[@foamaxmore]

I appreciate your concern for others who are not so inclined of electric or electronic theory and can be costly and even dangerous. AS of now I am following your ideas and projects and comparing them with my studies on HF,HV,High Current devices,looping and free energy designs and really am inspired by your tests and experiments with EMF and Bemf,capacitive banks instead of batteries and the types of driver oscillators or triggers as you call them,.... keep up the good work and hope we can find something that works on all scales and lasts and endures for real world use and can easily be replicated or duplicated!

[@weighta6630]

yeah, i remember my first bedini setup, and as soon as i took the leads off a cell i was charging i got shocked and flung backward, lol. Lots of smoking resistors, blowing up caps, transistors failing, it's all part of the process till you really get it. Even then, i don't think we'll truly know all the mysteries and amazing things we can build. Thanks for the legacy and have yet to try the stuff you presented

[@olavp.4019]

Yes nobody see the Background for your Work . The KingsArt of Simplyfiying on this Niveau. But you do it for You ,and second for us ,remember this . Make your Life easyli Bey

[@ChrisMcNeely]

Agree

[@AlexLPD]

Understood, its a diferent approach, people want to hace a working kit, when we are in the developing and discovery stage.

[@joew5559]

People have to understand for each experiment it takes a lot of time and effort, money too.. You work on many different experiments using the same parts over and over again …. I’ve been working on an experiment for over 15 years it’s cost me hundreds of dollars overtime something I would not put out all at once, but was wonderful along the journey… that is still on going and will have been worth it…. To me The journey is all the parts of the story people that jump to the end really have no idea… 😊😊😊. I also wanted to mention did you check out the new marine solid-state .. marine battery 48 V

[@FreeTea4Me]

Good responsible disclaimer Joel. Lot's of folks are pretty dumb in some ways, not to say they are stupid. We all begin starry eyed and build upon our knowledge as we go. Important is not having charred skin up to our elbows along the way

[@paranoidzkitszo]

"Let the kids play".... Why govern all these folks...let them spend their monies, their time.... maye they get their "ah ha" moments...as big or as small.... don't get so personal wit each...but if you see many asking similar questions- sure provide a FAQ... those that are truelly in it for their personal development will raise to the top..and maybe come up with something ...innovative.

[@omidyousefian4109]

Hi Joel, I've been reviewing the PDF and comparing it to your demo video. I have a few questions about the circuit connections, as I noticed some differences between the video and the PDF. I'm going to rewatch the video and study the PDF more closely to see if I can resolve these questions myself before reaching out to you.

[@joellagace1679]

Just because my small demo oscillator is basic and had no isolated ground so I could not loop it back via rectifier so i made it a floating instead of going to real device ground loop.

[@omidyousefian4109]

​@@joellagace1679 ,In the video, the other end of the rectifier AC terminal is shown connected to a reflective plate and a long floating wire, acting as a virtual ground. However, in the PDF, that same end connects to the other side of the HV driver, with no ground connection mentioned. Adding to the confusion, the capacitor plate(at the bottom of the plasma tube) in the PDF isn’t connected to anything. is it the same as reflective plate in the video? This raises another question: do we have two separate capacitors, or is there only one? The description mentions an aluminum wrap around the plasma tube, which serves as one plate of a capacitor, with the coils acting as the other plate. Additionally, there’s a reflective plate that could serve as one plate of a second capacitor-but in that case, the second plate for this second capacitor seems to be missing.

[@joellagace1679]

The bottom plate just acts as a passive antenna or reflector like Bedini did at the bottom of his big wheel coil. So I don't need to use as long as a floating ground wire. Old Ham radio trick. Its a one plate "capacitor" that shortens the electrical length needed for my floating ground. Working with everything like it would be an RF transmitter. With RF resonance.

[@nikitavovk]

Hi Joel, I have a standard FDM 3D printer which I could use to make you a form for your conical wound coil/capacitor around the plasma tube. Would you like some help with this? If you give me dimensions, I can model up a form, and if the form looks right to you, I can print it and ship it to you.

[@joellagace1679]

Thanks for the offer, I will keep it in mind if I can make up my mind on next dimensions lmao!

[@flir67man84]

Your previous video was great. Amazing 1000milliamps out to 400volts.. what was the rectifier amperage? 25amps or 50amps in that size.. these experiments can be very dangerous. He was taking 1000 milliamp(15volts) basically a cellphone charger and upped voltage to 400 volts.. be careful.. this is why mainstream people was not shown these items..

[@joellagace1679]

Yeah because of all the non-linear interactions it more or less decouples the voltage and amps from the conversion process and at the end you and up with the increased voltage near the same amps as the input drive but at much higher voltages.

[@joellagace1679]

So the next logical step here "hint hint" would be to dump a series of these caps in a "60 hertz" sequence into a regular "microwave" transformer in reverse and end up back with your low volts 12 V or so and once rectified from the low side that brings the amps way up and a very low voltage = massive gains here one can run inverters big motors etc if done correctly.

[@flir67man84]

@@joellagace1679wow so low voltage super high amperage.. would this just not be consider a welder at this point?. Most use those mosfet with igbt ?

[@chialor1945]

It's been 5 days since I've watched your videos... I am one of those that do not understand 100% what you're doing. This is why I am asking YOU to BUILD a small KIT for us who just want a good hands-on experience. Maybe you can find all the parts for $50 and sell it the kit for $250. Include a manual and a short explanation/context with reference of what's going on with that component, or make a video that includes a context of what your small kit so we understand it hands on. I'm probably going to get a lot of hate for this... but at least this gives us a foundation of a "working" project then we can deviate from that kit you built. I mean, your understanding is probably more into electromagnetics/high frequency/rf level... not the basics of electronics anymore lol.

[@flir67man84]

how can people donate to your cause and help you along? Tell them how to send you money to help your cause… 👍