sebosfato

I can tell you about i think was happening with this is that was probably consuming some metal so you was still getting electrons corroding the aligator clips probably…

i got this sometimes until i see things corrosion after a while…

when you run the electricity the metals get deposited from the aligator cilps and as they corrode back after you disconnect they will liberate some gas untill they complete oxide again

Yes but if you think about thats not so complicated… it just sounds like

he talk about restricting the amps… to allow voltage take over and do the work…

in a patent he also explain that even a minimal voltage difference would cause current to flow..

so if we get the other way its much simpler… when i mean put water to generate the voltage so it can be discharged

thats why im trying this prototype with fields interacting with water as if it was one turn…

i placed my prototype on my table where i work every day so i can have more motivation for testing whenever i have a time.. but is rare

my phone still down soon i may put some more pics for context

Why are you talking about 20A??  The whole point of this project is to use pure voltage and low current.  The wire on the secondary would immediately melt with that much current.  It completely defeats the whole idea that this project is about.

Also, I said let's re-examine what he says.  I'm not sure if he knew completely what was going on, or the best way to explain it, but we can examine what his perceived results were and see how it applies to the actual circuit design.

i just mean if water had 100ohm in that case likely 20amps would be needed to develop 2kv or so,,, i was interesting to read his words after some time…

I learned a lot from the tests i did with ronies ideas.. . not had the luck to grab what he was talking about… or maybe just dont made sense for me only..

if i make it work you can be sure there will be no hiding…

Yes i remember all this pretty well i tried talking to him and his team many times but he never showed it to me at least… so up for me those become only words…

it would be nice if it make sense but water will be push out of the cell in two cases if its pumped or if its exploded

steve can tell more about the power of exploding water and how dangerous it is..

to have high voltage say 2kv across 100 ohms you need 20 amps than it mean you need 40kw of power to keep it going

if we get a higher resistance by using purer water its possible to restrict the amps and get more voltage with reasonable power like 1 kw or so..

to get water out of the cell is also possible to get a cap on it to control the level based on the gas flow…

not sure what to believe recently i just imagine that there is much more than those tubes

when we get resistance on the coil side we get a voltage drop this voltage drop cancel the fields of the coils when current flow…

to get high current on water the coils must have a resistance much lower than water in my point of view..

the cell must be comparetively small to the coil

i got something nice for you all....

Watch this video, please

Very interesting… but somehow my computer downloaded a .php file i had to change to .mp4 to watch

I’m not totally sure if the length of the wire is so important… also this long coils resonate at much lower frequency than 100kgz from what I remember from testing.. 

I believe there’s a contradiction between Stan words and what was shown

Meyer talk about bifilar all the time and this Vic’s founded  don’t seem to have any bifilar coil in it….

For me it’s more likely that the epg were the real used Vic than those

When applying a frequency above the self-resonant frequency of the coil supposedly than the signal is transported in the coil by capacitive effect meaning the coil kind of behave some like a capacitor above it’s resonant frequency… and what that mean?

Well it mean that when you apply a voltage to it it gets charged like a capacitor would… a simple coil would reverse its polarity immediately after it’s disconnected however a coilpacitor will be able to discharge the capacitive side of the coil first and only after that get the reversal of polarity… basically energy get consumed since the capacitance charge is opposite polarity to the inductor at the moment just where the current is interrupted…

Well supposedly when resonance is reached in the cavity according to Meyer there is a kind effect on the current flow… the question is what resonance he was talking about? In that patent he talked about matching the wavelength of the movement of the ions or something very close to that…

If the resonance is in the audio range than it may not be so hard to get it ringing…

A coil with zero resistance has infinite time to get maximum current for any applied voltage..

A coil with infinite resistance will have no current for any applied voltage...  such coil does not exist however when the resistance is bigger than the dielectric coeficient the coil can behave as kind of a capacitor...

Stan makes citation tay he han patent on dielectric used to cause dissociation by colision

Eccles uses plastic to kind of achieve the same...

Stan says that no electron is ejected from water during the polarization... that is only possible below 1,24 v since its the voltage that depending on the material the water start to ionize and give up electrons to the electrode... 

The concept of a pressed or stretched spring trying to oscillate... only the middle is free to oscillate

When you get two dc supplies what happens is that the highest voltage supply will act and the diodes of the lower voltage power supply will impede the lower voltage supply from supplying current

You could maybe try combining ac and dc for example even there you get what you give