The Gabriel Device, possible COP=8

[Mavendex]

Well the cheap version has some drawbacks but those can be sorted out, I still plan on open sourcing the tech cause we all really need it no worries there, money comes and goes but time is forever and the ultimate currency Plus I have a lot of other ideas and inventions I can make money on but you can't make money if we are in constant state of war and poverty is the way I look at it.

The 1.2 version is nearly complete vacuum installed all new dielectrics which is nearly dry, I can almost start winding here in a hour.

I think its a good time for a summery of what I have learned over the past year, keep in mind I just picked this stuff up and gave it the good ol American try. (why not seems NASA wasn't gonna do Sh*t about it)

In the original version we had twisted pair which was loaded down by a toaster/ballast which brought the machine in to resonance a real ballast would have done better but that's what I had and really I didn't know any better its just how I always loaded my Rodin coils.

the shells were spot welded on 4 sides and I filled the outergap with JB weld epoxy, the inner gap was well spread out but as you wind windings that would have restricted the air flow.

the inner core was wound with a single crystal copper wire which filled the cavity.

The new shell presented problems and since I only knew from what I did with Rodin coils it was a very exhausting challenge to say the least but we made it and found out a bunch of cool stuff along the way.

with the new shell I tried probably 150 different variations to achieve what we got before, learning every time from mistakes and setbacks, the help I did get was murdered by impossible/complex math. So thanks for nothing on that one although some gems of knowledge did come out of it like "You can't break Physics, but its OK to make more than you put in if you have a source" (((Vacuum/Vortex)))BING!!!!!!!!!!!!!!!!!1

She did evolve we went from twisted pair to two conductors a secondary wound on top of the shell and a primary wound on top of that to reinforce the field, (although I may return to the twisted pair eventually)

The shell is electrically isolated completely with two separate dielectrics, JB kwik on the outside to keep the magnetic connection and JB water weld to seal that air in (plus I read JB water weld has a dielectric constant of 100 or so) without these the voltage in the shell will be like 1 or 2 volts instead of 70+ .

Two holes are drilled in the shell one on top and one on bottom the nanoperm wires come out of there, I blow in the holes to make sure air is coming out where air should be coming out and no other place,

The nanoperm is also just wrapped as tight as one could make it and again I think that guy can be replaced with a silicon steel toroid to achieve maximum Teslas.

I found out that the nanoperm does a few things 1. if its not in there the shells voltage will not develop, 2. your secondary voltage will be halved (meaning it increases your reactance greatly), and 3. if you use large wire you will consume more on input. Smaller wire and more windings will give a good result of high voltage out. IE instead of going for 120volts and 10 amps with 10 awg go for 500volts and a few amps or 10000 volts and a Amp. Plus the higher the voltage on the nanoperm the higher the voltage will develop in your secondary so you can use less windings and larger wire to get good results. Over 100% at pf 1

The holes are very good I have had 3 tests so far that make the conclusion that it does infact work that way, arranging the holes for the best vacuum/vortex is a good idea so right under each other doesn't probably work as well as opposite sides. When the machine is powered up you have to give it a minute or so before the vortex establishes itself and then you will hear a change in the machine (literally) she will go from sounding like a inductor/transformer to nearly soundless, the heating will drop and  your powerfactor will rise up and everything is honkey dory.

The shell will develop a very high voltage so if its exposed don't freakin touch it, you will want that shell to be exposed to the wire so don't put anything in between the shell and the wire.

and I think that is all I have for now probably have her finished tonight with some good results to be placed out by tomorrow or Monday.

P.S. for all those smart guys that figured all this out already, and decided not to share here is my middle finger letting you know your #1. Cause I know your out there watching!

To all those whom have been supportive and actually tried plus put in good input I salute you if there were more people like you in the world we wouldn't be in this dog race, but instead sipping margaritas while slinging thru space.

And last but not least to those whom tried to sabotage the project cause you did know, and felt superior that you can take things from people and not get in trouble (which your dead wrong about), feel free to walk you self off a cliff the world would be better without egocentric dicks, with a hard on for cash. I'm not stupid and your number will hit my desk eventually.

Mav

[Cheap4All]

@Mav.  Wowee.....you sure are getting some things off your chest here in one go! Now you've got me worried which category I fit into, hopefully, cross fingers, a good one ? I'm scared to ask actually.
Call me dumb, but I'm puzzled. Now the way I understand it was your project was to plug into a 120v outlet, use 120v in and as near 0 watts at the kwh power meter as possible, BUT turn this into 120v out and as many watts as possible to use (like say running a fan heater). Now have I got that right ?
But what is confusing me is now you are talking about achieving 10,000 volts and a few amps output. Now my question is how the hell can you use that to do anything ? I am really puzzled!
In my case I use 240v. I have followed what you have been doing in order to achieve the same goal but using a different voltage. I was quite prepared for you to make your invention a commercial product. That I didn't mind whatsoever, because the way I see it is why shouldn't you benefit from something  you invented, that's your entitlement quite rightly. And I was quite happy to wait for something to come out that I could buy from you, provided it ran on 240v, that being my only somewhat vital necessity.
So could you help me out by telling me how 10,000v suddenly can become 120v or maybe 240v ?

[Mavendex]

@Mav.  Wowee.....you sure are getting some things off your chest here in one go! Now you've got me worried which category I fit into, hopefully, cross fingers, a good one ? I'm scared to ask actually.
Call me dumb, but I'm puzzled. Now the way I understand it was your project was to plug into a 120v outlet, use 120v in and as near 0 watts at the kwh power meter as possible, BUT turn this into 120v out and as many watts as possible to use (like say running a fan heater). Now have I got that right ?
But what is confusing me is now you are talking about achieving 10,000 volts and a few amps output. Now my question is how the hell can you use that to do anything ? I am really puzzled!
In my case I use 240v. I have followed what you have been doing in order to achieve the same goal but using a different voltage. I was quite prepared for you to make your invention a commercial product. That I didn't mind whatsoever, because the way I see it is why shouldn't you benefit from something  you invented, that's your entitlement quite rightly. And I was quite happy to wait for something to come out that I could buy from you, provided it ran on 240v, that being my only somewhat vital necessity.
So could you help me out by telling me how 10,000v suddenly can become 120v or maybe 240v ?

With this vortex/vacuum you can support the inner voltage quite readily at what ever it ends up being you still have to wind a ton of winds tho to get it work out on some itty bitty wire and just pull .5 amps or a amp dependent on the wire you are useing. So I can tell you in my own words but its probably not logical or scientific, so I would rather show you. I have to work in the morning but afternoon I should be finished as long as I don't do something stupid like try and pull energy off the shell or over amp the device to kill the dielectric everything works out pretty smooth. I have monday off and Ill run a video as long as I don't blow myself up or electrocute myself, gotta remember to not ever turn off the secondary before the primary. I had a instance with low voltage that blew my meter and my surge protector cause of the field collapse by turning off the secondary before the primary.

and no your not in the bad category, those who are have already got a peice of my mind I'm just letting them know I don't put up with the crap that they keep trying to shovel on top of me. Plus I'm patient and time will always be on my side for some good ol fasioned got ya back.

cause thems the rules do unto others as you would like them to do unto you, I know its like kicking dirt on the ump but don't hate the player, hate the game.

10000 volts a couple of amps can be transformed back down to what ever you set your voltage for like your 250, if we can achieve 10000 volts and Im sure we can I haven't tried that yet nor am I brave enough at this point in time, but Im sure it can be done as long as you have enough turns.
That can be ethier sent to the grid or just back in to another transformer to get the necessary amps and volts for your house. not super cheap not too easy but ill take it.

Mav

[broli]

I'm not going to pretend I understand what you're saying or talking about with the vortex/vacuum energy but I sure as heck will be looking forward to that video demonstration, keep up the good work.

[Jack Noskills]

I have been thinking would it be possible to use gabby as a resonant transformer. Problem with resonance is that point of resonance changes with load so you need to always tune it to output, or make the output part so that it does not affect input. I recently read article about harmonic resonance in trafos. It was said to avoid it at all cost, why ? Because at harmonic resonance total capacitance and inductance of the system is equal and their sum is 0 (inductive reactance and capacitive reactance point to opposite directions if you think of them as vectors). What is left is only ohmic resistance which means current can flow freely in system creating mucho power which eventually burns the trafo in seconds when harmonic resonance occurs. Thats free energy right there.

Resonance occurs naturally in LC tank circuits. If your input frequency is not in the resonance point then more work is needed to get the power out. There is self inductance of primary and secondary that slow things down. Trafos in general work like this, you got lots of wire in primary around a core. So much that self inductance almost prevents current flow, little flux remains in the core. When you connect secondary to load current starts to flow in it creating opposite flux and what does it do to primary ? It creates more current in the same direction with the primary which reduces primarys self inductance. This in turn allows more current to flow in primary, costing money.

So self inductance wastes power and is bad. Resonance is good as it keeps oscillation ongoing at little effort, power is used only to overcome ohmic resistance. Resonance can be achieved easily with gabby as secondary does not affect the primary. Can anyone do some experiments to find resonance point ? You would put caps in parallel to primary and increase frequency of signal generator until little current would flow, this is the resonance point. All the action would still be in the primary, but current would not flow through it, current would flow in it. Then you add some load to secondary and resonance point should not change. Next you would need to add more turns or more caps to tune it to 50/60 hz. Once there, you got yourself resonant transformer which is always OU.

I try to do experiments with avoiding self inductance. I got small nanoperm core around which I am wounding caduceous coils. Caduceous coil resonates at all frequencies and it has zero impedance according to radio men. Maybe there is no effect at 50 Hz but will try it out still. I have currently wound 180 meters of wire around 63 diameter nanoperm toroid (80000 perm). Things proceed slow but steady, I will make some tests when I got 300 meters wound. I have other normally wound toroids using same amount of wire so I can compare them. I have blown my meter so I will use light bulbs from now on and other non scientific methods. That was my second casualty in OU war, lol.

My idea is that self inductance would be positive with caduceous type wound. Instead of choking input it would accelerate it as self inductance now always adds: adjacent wires always go in opposite directions so when self inductance occurs it does not go against current but adds to it. Maybe this would work in gabby too, but I see that there are other routes going on which seem interesting.