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Raycathode, you are a very angry little man! there is a lot of red in there!

calm down, educate yourself, many have succeeded where you have not. the gled is some 20 years old, its one of many working machines and has been replicated by many. just because you cant make it work does not mean its a fake. remember the akula days, well he was one that did make the gled work. can you do better?

insinuating I am a criminal is defamatory and you could get into a lot of trouble, unlike you and others here, I have said nothing defamatory, nothing illegal.

Realy and it's brown like BS and there is nothing little about me 

I will ask you again which way did you wind the coils ?   or can you show us all the device working?

Raymondo

why are you unnecessarily complicating this? There is only two ways, cw,ccw or cw,cw, its not hard. we were told to keep it simple.

Edit I see a very skilled and knowledgeable  builder asks a question
Below....



Together we are strong

https://www.youtube.com/results?search_query=transmission+line+dc+pulses

So It seems I was wrong.

Transmission lines are like exact mirrors of the wave shape unless the load contains reactance, wich in our case is short and reflection coefficient-1, 100%, -losses of lines.

Just driving a mosfet as hard as you can and letting go.

But heres the thing... You are limited in your parameters.... Wire lenght, capacitance, travel time, Drive of the MOSFET and all the quirckiness of that.

Tesla did not have these things, MOSFETS.

Hopefully you are near lossless and precise, should be.

The line turns DC, as in DC condition, after all the back and forth, you are not necessarily obligated to pulse on every return. You can let it go back and forth and back and forth if your shut off time is quick enough to not lose anything... And time it right? This is something the lecture does not go into.

Otherwise, you are left with a big line to fill, @ like 10Mhz. You dont really need to go by wave lenght, its DC pulses. But a big line to fill is good. Make a mag pulse and shift all that reactive wave as they unwind. More waves the better, but theres a maximum size allowable.

Its when its all dynamic that you get reflection, the double direction, REMEMBER... Silly boy. Maybe you can send a really weird thing in there...

Have overlapping tennis balls and suction out all the AMPS?

How do you get double direction? 2 bucking batteries on a line filling event? Lol maybe...

Now who in the Mannix team was saying this? It was important to have fast closure?

These are certainly tricks, to implement the notion that the tennis ball comes back and forth at speed of light and you can throw more stuff just at the right timing and create a big and long train crash.

Now the unwinding event, the middle point, is still a mindfuck for me, as my setup ( you cna set it up in other ways) is like a bunch of seperated coils everywhere, 2 by 2. Opposing power and ground for each.

With a Symmetrical system as best as possible.

The traditionnal, non inductive resistor  has the wavefront magnetic field in opposition, and thats guaranteed by time/distance, unless the pulse width would be minuscule, shorter than even the coupling factor, but I think this would be insane speed. Lets say a nininductive bifilar wound resistor has parasitic inductance due to distance, etc... Bust its not the same as the other totally oppositely driven bifilar, now this is a weird one when implementing transmission line theory+electromatnetic coupling.

Correct me if I'm wrong, but that right hand rule and with the fluctuating arrow loop  your imagining on a wire, "the field" well thats the wave, as in the wavefront and its powered top, and eventual descent, dissapearance.

Its not non-inductive on the first wavefront, it is only non inductive in the middle, non witstanding all noise. The transmission line is there to help minimize that.

Seeking with a violent unwinding, whatever it is, if its symmetrical I dont need to care about the echos of echos of echos. The mindfuck I face now is figuring out, how it is
that a magnetic field can automatically "cancel" their arrow loops just as fast as lightspeed takes to get to the non-inductive unwinding zone.

I reiterate my theory that it is during this unwinding that the eletron is receptive to an outward  Force shift to bring it out of reach to its corresponding energy pair, all the while maintaining the velocity of the electron.

With such few turns all you had was a lumped circuit probably vs your slow switching.

10mhz wavelenght is 29 meters.

edit: Saw your video, O sorry I am not the authority on THAT circuit, it is the "MEG". To make this work, you need a METGLAS core.

300$ USD, goodbye 1 month of work for Kolbacit.

THANKS FOR SHARING SKY.

that just produces a none inductive coil, we all know that bit.

what we need to know is did you bifilar wind it on the width of the coil bobbin or half of it on one cheek and the other 3ed winding on the remaining cheek or did you just layer wind it?

can you ' de complicate it ' with a detailed description of how to wind the bobbin and number of turns or inductance of each winding?

Obviously no one else is going to ask while I'm asking, now are they!

Raymondo

read the damn thread, educate yourself, do not jump to ridiculous conclusions, educate yourself, understand what you have been told, educate yourself. what does the thread start of with, what does it explain? whats the focus on the first post? whats the point and why the title 'non-inductive', educate yourself, focus on the topic and the clear and present points made!

the thread: http://www.aboveunity.com/thread/non-inductive-experiment/

educate yourself