The 3d Monopole Coil How To Build

[John_Bedini]

[James_Somewhere_In_Idaho]

Hi Aaron

Thank you for posting the video I was referencing.

James, somewhere in Idaho

[James_Somewhere_In_Idaho]

Hi John

Thank you, THANK YOU, for sharing that! It pretty much answered all my questions, and confirmed everything that I have researched in regard to your processes, as well as, what other things I have picked up along the way. I really appreciate what you are doing.

James, somewhere in Idaho

[James_Somewhere_In_Idaho]

Hi John, et al

I think I understand the "how a coil works" diagram. All the chaotic arrows depict the random (for better terms) vacuum energy surrounding everything, and the angular line on the coil depicts the Bloch wall, where the energy enters the space of the coil between pulses, and is compressed out during the pulse, much like a water pump (for others, one can find John describing it very well on the "Energy From The Vacuum" DVD series). I realize one would need to put a proper capacitor in-between the spike and the run battery (if one wished to recover that energy into the driving battery, that is).

My main question here is regarding the capacitors that are parallel to the coils in the drawing that Brodie posted. I realize that one could perceive that set-up to be an LC oscillator circuit, and if it is set up that way (in the diagram, not the video) all that should be needed it some kind of a switch and feedback to get it to go. If that was not the intention of the capacitor(s), couldn't one use it that way (maybe with a trigger winding) to fire the transistor, instead of a reed or hall switch? And, one therefore could determine an appropriate resonant frequency for the motor? Or am I way off base here?

It could be that a so-called, resonant frequency is not important here (as much as it might be in a solid state set-up). And therefore having an LC circuit oscillating and setting a frequency is really not the purpose of the capacitors in parallel, and maybe I am looking at that diagram all wrong, as you said it runs better with a commutator than it does with switches and a transistor, so please correct me if I am wrong before I go off on some undesirable tangent. Thank you.

James, somewhere in Idaho

[John_Bedini]

[Notsure]

"Hints Allegations and Things Left Unsaid"

[James_Somewhere_In_Idaho]

Hi John

Thank you for your explanation--it kind of opens up my understanding more. Now I must ponder on that a bit more to really let it sink in. (I kinda-sort-of have this work-shop in my mind where I visualize things working, and then I work on concepts before building anything. That way I have already worked things out well enough where my actual prototypes end up pretty good--well, at least from my own point of view).

It is very important for me to really "get this" as I, too, feel time is of the essence in regard to the lights, literally" going off, and I do not take these things lightly. I mostly watch what others are doing, though, and then work on my own projects with what understanding that I have gleaned. However, I feel I must be more proactive and seek answers to my questions. And, while a lot of people might view this as a hobby (as you say) I do not. I view it as a necessity, and devote considerable time to this effort.

I really appreciate all the help and expertise found here--people like Patrick, Tom, Nityesh, and others, and especially you, John, because we would all (most likely) be groping in the dark, without the sound direction you provide.

After I fix (improve) the bobbins for my coil litzing contraption, and finish the solid state charger for my big batteries (hopefully by this weekend), I can then work on the other two smaller projects on my list (a small battery charger for my wife, and a system to run LEDs for growing food indoors) as well as this one (which might lend itself to the latter).

Thank you--ALL

[James_Somewhere_In_Idaho]

Hi Notsure

I like that song...my son turned me on to groups like them. Carry-on

[min2oly]

[John_Bedini]

It's not easy at first then the light bulb turns on. it not an easy field to work in as you are all alone talking to yourself, you will get it and we are here to help.
john

Hi John,
Been reading your posts here a few times over seems to me I’ve read this before and did not pay as close attention to it as I am now. Some of this I have to admit is very difficult for me to grasp.
I’ve been taking what you’re saying here in the context of the tuning the monopole using the Bipolar Switch. I’ve had a couple of hours this morning to pay closer attention to this than I have in the past. Using the Bipolar Switch, I am having very interesting results in terms of charging vs input. It’s going to take me a while to get it together.
I’m applying everything I think you are talking about to the tuning of my bike wheel energizer and two 18awg coils using very little current, charge to cap, then dump to battery. There are some things you are talking about here that I have never applied to the Bipolar switch. Anyway, just want to let you know I’m working on it and hope I am going in the right direction…
Kind Regards - Patrick

[guyzzemf]

[ATTACH=CONFIG]4861[https://archive.org/details/magnetism1small

[James_Somewhere_In_Idaho]

Hi guyzzemf

So, looking at these illustrations, the first attachment showing the "low pressure gradients returning along the dielectric plane" are what John was trying to explain to me as having a spiralling four cloverleaf configuration, and the dielectric plane is a representation of the "Bloch wall" as per John's description? And, the rest of the illustrations show how the vortices react in space? Am I interpreting this correctly? Thank you for providing these illustrations.

[John_Bedini]

[BrentA929]

John B,

Thanks for all that you have been sharing...

Is it critical to get the inductor/coil(s) into resonance on your machines? Is resonance what makes the current draw so low? If so, is there a way to determine what the frequency needs to be on any given coil without a scope, signal generator or other expense device?


Thanks, Brent

[Ed_Morbus]

John Bedini

Thanks for sharing.