The Master Of Magnetics "Steven Mark"

[giantkiller]

Dutchy,

We seem to have come full circle.  We have been talking about effects of rotating field, etc.  But we again come back to basic question.  What ever energy we can build up in the rotating field, how will it couple in to the collector coil, which from the video, we can now confirm is wound at 90 degrees to the excitor or control coils.

So, lets say that I find some magic mix of frequency as SM says which creates a new signal which is stronger than the some of its parts, I still cannot couple it in to the collector coil.  In normal terms these coils will really act as if the other isnt even there, apart from some capacitance interaction which is really minimal.

Even if I have this single wire which a "kick", the energy will not couple in to a coil at 90 degrees.

So whats going on here?

SM says it is using things that are in normal science and can be easily shown.  I know of nothing that will allow a coil interaction at 90 degrees, it goes against the most basic laws.

So perhaps this kick is this so called radiant discharge, which we have yet to proove even exists.

Or the rotating field creates some other effect which allows the collector to take energy from else where and they are not even meant to interact.

So far, none of the theorys we have talked about will allow this coil interaction, apart of course from radiant discharges, but, who can show me one?


Dave.

Hi, I am speaking kindly here...
I had previously posted the pic of the magnetic bulldozer to help show the magnetic pressures. It went against your electronic knowledge. I had posted a pic that also tried the show how the SM coils sit in the earth flux planes and how possibly those fields can be manipulated. @marco had posted positively to these. Thanks. I had a thought that the toroid field might look like a toilet flushing. Yes I know, a funny example, but electronically everybody is on this circut like 'a pitbull picnic'. Now at wits end the transition to the next level has started. Everybody is questioning what is next or what's happening. Well great aircraft mechanics aren't always involved with air dropping food to the hungry outposts. I am consistently looking at the magnetic fields. My previous posts and pix have magnified this. I believe all the circuits and tests are doing things very close to SM coils. Now it is time to look at the fields. And if I was any part of exiling anybody then I have shame.
@kosh, the kicks looks good.
@Dave, I see you are using the same 4 channel driver cicuit. That gives me hope. I am still using mine. I've come to far with one to trash it.

I am working on more field diagrams to depict was is happening.

--giantkiller. It is not the circuit but the mysterious output.

[mrd10]

Hi Lindsay,

Good to see you back, I was checking second proto pics again, and I could be wrong, but testing combinatins at this stage is a good thing. I was just thinking same thing.

the 2nd proto has this thin wire, so we pulse this, which is wrapped around the large bifilar, which is like your twin cable setup.
Cool.
I'm writing this for record purposes, this will be combination I will try first:-

the output/collector coil is bifilar.
the finer coil wound around this will be my control coil

Thanks Again,

Dom

[mflynn44]

Hi Dave,

... In Lindsays clear pic of second one, he has a finer coil wound around bifilar, which at this point i'm going to call that the output, and the bifilar windings going all around the bottom ring is the collector coil and the magnet coils are the control coils, Is this correct?  Because in your setup then your control coil isnt there, but your using pulses.

Stephan and all,
... 1 metre of lamp wire(twinflex) wrapped with thin insulated wire..it takes about half an hour. you will get sore fingers!
Drive the thin wire with low frequency sinewave and check out the result from the lamp wire!
I would not have expected pulsed high frequency from this setup.

Lindsay Mannix

Hi MRD10,

Sorry for the confusion. I should have "from a previous post of Lindsay Mannix" rather than "Lindsay Mannix".

When I was reading that first quote above I remembered something that Lindsay wrote and so went back and found it. I've been working with four coils for months but had forgotten about the finer coil wound around the bifilar. This gives me a new direction for research.

[dutchy1966]

Rob, as you know I am just outside london.  I mean, I can buy one or build one, its just more money!  Can you get those little 1cm^2 package oscillators that high?  I think they dont go that high, just to about 64Mhz or something I think.  Or I could tap the local oscillator in my VHF/UHF radio?


Dave.

The solid state oscillator do go that high but you cant adjust them (or very coarse)
I guess we need something easy adjustable as we need to tune near the frequency and probably not go dead on , so i would go for the radio oscillator.
So you wanna have a go at this idea then?

Robert

[dutchy1966]

Rob,

Just thought, my scope only goes to 20Mhz.  I cannot afford anything more, this one cost enough as it is!  So I wont be able to view these signals.



Dave.

Is it absolutely necessary to measure those fast signals, according to the theory shouldn't there be DC coming from the output coil? Just tune the oscillator and see how much dc comes out. A lot of power is my guess,just imagine a generator rotating at lightspeed. It's no wonder then that you have to stay abit away from the exact frequency.
Besides we can lower the frequency by going quarter wavelength for example. (wave adding in every fourth loop,still 75 mhz though). Or also increase the circumfence to lower the frequency.
Any other ways to slow down these waves? (will iron wire slow them down???)

Robert