research information sharing


Re: research information sharing
« Reply #475,  »
haven't been researching for some time,
but just checked Valentin Petkovs' youtube channel ( Valyonpz ) and he's put some new videos up,
this one in particular has excellent detailed analysis of what resonance means in stans system
by his own experiments.......amazing work!

nice work valentin

Matt Watts

Re: research information sharing
« Reply #476,  »Last edited
Some good stuff there.  The guy is well on his way to cracking this nut.

I do have to wonder what sort of results he would get if instead of using that long open-ended coil with ferrite core, he used a closed nanocrystalline core with bobbins wound bifilar.  Seems to me that would pull the frequency way down.

Early in that video he plays the sound of Stan's system in operation.  Sure sounds to me like there are multiple frequencies present; whether they are harmonics I'm not certain.

The other thing I sure would like to see someone try is using twisted pair wire.  I have a hunch much more consistent results could be obtained; maybe even something that is relatively easy to replicate.


Re: research information sharing
« Reply #477,  »
Quote from Matt Watts on November 2nd, 2018, 01:59 AM
The other thing I sure would like to see someone try is using twisted pair wire.  I have a hunch much more consistent results could be obtained; maybe even something that is relatively easy to replicate.
Twisted pair like cat5e?  As I understand the rate of twist is designed to work like a shield against noise and interference with out using shielded cable.  In a data line each wire in the pair would have an opposite polarity, causing a cancelation effect on the magnetic field around the twisted pair.  So if the wires are the same polarity in the twisted pair, what happens? Maybe increased magnetic field at some frequency?

Matt Watts

Re: research information sharing
« Reply #478,  »Last edited
The idea of using bifilar conductors essentially creates the conditions of two long skinny capacitor plates.  Things get kind of wonky though when you start wrapping these conductors around a form, i.e. the interwinding capacitance is all over the map.  Some turns are tight against adjacent turns of the same conductor and others are tight against turns of the other conductor.  It's so hit-or-miss and very hard to duplicate.

If the two bifilar conductors were first twisted together, then wrapped on the form, I suspect you could get capacitance between the two conductors that are fairly consistent.

It's that capacitance between conductors along with the inductive properties of winding around a magnetic core that determines the self resonant frequency for the coil.

My feeling is if one were to use unshielded twisted pair (preferably magnet) wire, where the conductors are very close to each other and have an outer jacket that is relatively thick, you could wrap this cable on a bobbin, insert a core when finished and do it multiple times having the self resonant frequency of the coil assembly be with 5%--very repeatable.  Then it would be just a matter of choosing the proper core and wrapping the bobbin with the proper number of turns to get the desired resonant frequency.

There's a lot of talk about what resonant frequency is necessary for splitting water.  I have no idea what to make of that, but I do know with the right procedure, we could make coils for any of those frequencies and find out what works and what does not.


There could just be a lot more to this mystery we don't understand.  It could well be that you need particular harmonics up into the GHz range that makes water splitting possible.  That's actually my gut feeling about it--some sort of travelling wave moving at a particular velocity factor, traversing a particular length of conductors.  And if that's the case, how we build our coils gets a whole lot more difficult.

In any event, we need a method that is repeatable.  If it fails, then hopefully we learn from our failure and try something else.


Re: research information sharing
« Reply #479,  »
Sounds like a need for a twisted pair spool winder.  I think I could design a variable twist rate mechanically driven doohicky to do that.  Feed spools couldn't be huge though.


Re: research information sharing
« Reply #480,  »
valentin petkov has posted a brilliant video, it shows stephen meyer waveform in great detail and he tests all combinations of vic coil connections.
It is absolutely amazing work. I am so grateful he continues his research and hasn't given up, I think he is going to the stars.
I dont pretend to understand all of what he describes, but he does tie together  both meyers and puharichs' work.
" "


Re: research information sharing
« Reply #481,  »Last edited
I found have been researching into and these Slides on a Japanese   oxygen water site Mr Anzai Kantetsu and Mr Moray Mirco Clusters of Nano Bubbles

 and added to it it shows some interesting  things
They range in diameter from 100 nanometers to 50 micrometers, and will stay in the water and can not be seen

I found today Brettly's comments

"So if these nanobubble sound waves are the source of the the acoustic waves, and if their velocity is 300m/s, then to get first harmonic resonance you would need to run the injector at approx 591khz. "

Not only can we make and pre program water fuel we can make nano's as a instantaneous result at injector head are right frequency. into a fuel provided we have enough electron extraction at the tip.

So I thought it appropriate to share it as the members reading this are hard core.

Stan Was way ahead of his time. 

Invite improvements or correct to these slides particularly second one