I Cracked it!!!!
Started by unknown · · 78 posts · last reply 6 December 2022
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#51 · date not recorded
Brian, if i understand your video explanation, you hook up a squareware function generator positive output with one lead to that tiny bif coil and then from there is one wire going to the diodes and cell.
I am correct here? -
#52 · date not recorded
Excellent video Brian. Thanks for all the screen shots.
Here's some more math:
One Coulomb equals 6.24 X 10 .exp. 18
One mole equals 6.022 X 10 .exp. 23
Therefore, with one electron per molecule, there's roughly 100,000 Coulomb per kg of water, which is one liter. So we need .01 ml of water to get one Coulomb of charge.
But shouldn't you put that coil in a Faraday cage, to rule out an antenna operation, before concluding it's ZPE?
At any rate, the coil produces a biphasic signal. And so will my hairpin capacitor. (Shown in reply #32 on page #5). -
#53 · date not recorded
Brian, if i understand your video explanation, you hook up a squareware function generator positive output with one lead to that tiny bif coil and then from there is one wire going to the diodes and cell.
yes, sinewave.
I am correct here? -
#54 · date not recorded
Excellent video Brian. Thanks for all the screen shots.
Here's some more math:
One Coulomb equals 6.24 X 10 .exp. 18
One mole equals 6.022 X 10 .exp. 23
Therefore, with one electron per molecule, there's roughly 100,000 Coulomb per kg of water, which is one liter. So we need .01 ml of water to get one Coulomb of charge.
But shouldn't you put that coil in a Faraday cage, to rule out an antenna operation, before concluding it's ZPE?
At any rate, the coil produces a biphasic signal. And so will my hairpin capacitor. (Shown in reply #32 on page #5).
I'm not sure at this point, nothing done here is normal. You can see results without a coil it's just far weaker and takes longer. My cell is running all night, has a steady stream now. But it's still a barely visible stream. But it is a stream that's free. I want a faster generator. I can't test above 20Mhz but in running at 1.8 mhz at the moment. -
#55 ·
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#56 · date not recorded
I'm aware that rotation is considered as being a property, rather than a movement. But if something is rotating faster than the speed of light, individual points would still move faster than light and the rotating system would move outside of the universe.
That's not the key to antigravity. -
#57 ·
HI Brian,
Thanks for your video and explanation. I can see that you have spend lots of time on this.
To understand with what kind / type of electricity you and me are dealing with, i have included another video.
Its the old borderland video of Eric Dollard explaning the two wave forms TEM and LMD transmittion waves.
TEM is electricity as you know it. Electromagnetic waves.
LMD are the longitudinal waves which a Tesla coil is producing.
A coil is capacitance and inductance at the same time....
Please watch this video till the end....
And again and again....
https://www.youtube.com/watch?v=Zz9jdLxgbaU&feature=youtu.be
Cheers -
#58 · date not recorded
I wonder if this energy Dollard discusses will disintegrate matter, the way Tesla used HIS longitudinal waves to clean a metal film from the inside of a vacuum tube by converting the deposited metal into longitudinal mass?
A Tesla coil CAN produce longitudinal waves, but it would need TWO primary windings, tuned to slightly different wavelengths. Otherwise, what you get is unidirectional, but not longitudinal.
edit: Why was it that Dollard was never able to replicate Ed Gray's Power Conversion Tube, which is based on Tesla's longitudinal wave techniques? -
#59 · date not recorded
He was living in a car for some days....Maybe thats why.
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#60 ·
He was living in a car for some days....Maybe thats why.
And he probably is again. I'll tell you why, and it's because he's trained as a modern day EE. He doesn't know half of what the original Radio Men of a hundred years ago knew. What's the value of dumping his theories into this discussion?
Here's a thought: anything which gives off Longitudinal Energy experiences a recoil, due to environmental reaction. Why not suspend one of the LEDs from a plumb bob tether, pulse the Tesla coil, and see if the plumb bob moves a detectable amount. If it doesn't, then either your measurement isn't sensitive enough, or there ISN'T any LE. -
#61 ·
That sounds interesting! -
#62 · date not recorded
Someone posted to Keelynet early on that a red LED was attracting a strip of toilet paper. He didn't show his circuit, or say if he had a vibrating metal plate adjacent to the beam, charged or otherwise.
edit: With LE, I would think the plate should be magnetised. -
#63 ·
You both are missing the point here.
If you watch that video you would have seen two setup with LC circuits.
What would happen if you replace in the last setup the capacitors with two watercapacitors?
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#64 · date not recorded
Is he still using parallel inductor runs bridged by capacitors? A two wire circuit?
Look at some crop circle pictures, with increasing/decreasing polar capacitors, each branch a single 'wire' conductor. -
#65 · date not recorded
I'm sorry guys I have not had the time to properly read over this thread but I will very soon I am busy cleaning up the yard and preparing for more court cases. -
#66 · date not recorded
I've been very busy too. I'm thinking about pulling back for a while. -
#67 ·
A bi-filar coil has an output which contains two different phases. The phase angle depends on the relative lengths of the two windings. With both wires the same length, the phases are at 180. The output wire could keep on winding, by itself, until that wire is, for instance, a quarter wavelength longer than the input wire which is wrapped side by side throughout its shorter length. Nikola's patent shows the outer wire extending an extra 90 degrees around the perimeter, but this doesn't necessarily give rise to a 90 degree phase difference in the signal. That wire could wrap on around a couple of times, or more, depending on the desired phase variance, and the overall wire lengths.
When both wires have the same length, running the single wire output through a full wave rectifier will double the intensity of the potential. Or a single LED on the output will chop the bottom of the phases, leaving the same biphasic frequency. (With a DC offset, both complete phases will pass through the cell).
The effect the phase variance has depends on the substance. A given substance will require a characteristic phase angle. If all you want is a longitudinal wave, use 90 degrees. Then each molecule will experience a field which compresses, then expands, as each wave passes. -
#68 · date not recorded
A bi-filar coil has an output which contains two different phases. The phase angle depends on the relative lengths of the two windings. With both wires the same length, the phases are at 180. The output wire could keep on winding, by itself, until that wire is, for instance, a quarter wavelength longer than the input wire which is wrapped side by side throughout its shorter length. Nikola's patent shows the outer wire extending an extra 90 degrees around the perimeter, but this doesn't necessarily give rise to a 90 degree phase difference in the signal. That wire could wrap on around a couple of times, or more, depending on the desired phase variance, and the overall wire lengths.
When both wires have the same length, running the single wire output through a full wave rectifier will double the intensity of the potential. Or a single LED on the output will chop the bottom of the phases, leaving the same biphasic frequency. (With a DC offset, both complete phases will pass through the cell).
The effect the phase variance has depends on the substance. A given substance will require a characteristic phase angle. If all you want is a longitudinal wave, use 90 degrees. Then each molecule will experience a field which compresses, then expands, as each wave passes.
So well written. Thank you, Tek.
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#69 · date not recorded
Thanks, Steve. Of course, if you do extend one of the bi-filar windings, you might need to bridge that part of the coil with a trimmer capacitor, for the desired phase shift. It would help to look at it on a scope.
And I don't see why longitudinal waves won't stretch a polar molecule, with the back of it anchored by a static charge. -
#70 ·
That sounds hopefull
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#71 ·
I think that LWaves might be the key in efficient gas production. -
#72 · date not recorded
HI Brian,
Thanks for your video and explanation. I can see that you have spend lots of time on this.
To understand with what kind / type of electricity you and me are dealing with, i have included another video.
Its the old borderland video of Eric Dollard explaning the two wave forms TEM and LMD transmittion waves.
TEM is electricity as you know it. Electromagnetic waves.
LMD are the longitudinal waves which a Tesla coil is producing.
A coil is capacitance and inductance at the same time....
Please watch this video till the end....
And again and again....
https://www.youtube.com/watch?v=Zz9jdLxgbaU&feature=youtu.be
Cheers
what are longitudinal matter waves? the electron doesn't produce any magnetic field on it's axis of movement so there are no EM waves on the longitudinal axis , the EM waves come from relativistic effects and contraction/dillation happens on the axis of movement so any effect manifest perpendicular to this in the transverse direction aka EM waves -
#73 · date not recorded
I still haven't had time to get back to any post here but I will in time maybe a week or two. I'm deep in politics at this moment and at this time I have poweful people coming into my home monthly and looking around and there's nothing I can do about it. I was told if I gave any trouble or refused anything my children will be put in a foster home and taken away from me so at this time I am being threatened, I am not the kind to let stuff like this slide so simply put I will not be hushed! -
#74 · date not recorded
I did some tests in this direction few years ago.. i was hoping that the cells were going to create a current that would sustain...
did you tried morephases it was going to be my next step than at the time but i had many theories to go and test less than 10_% of them ...
i would get a acrylic cup sand it inside and outside and apply some graphite from a pencil like on the outside and than place an aluminum foil on outside...
you will see a much more pronounced effect and more
you will see the gas bubbles flying around the top really moving... at the time i pulse it with a step up transformer than i had this two diodes on both sides of the transformer going to two coils and connecting coils to the cell.. one side of the secondary was connected to the foil on the outside...
today i would connect a center tap of the secondary and see what happen...
i was very busy trying to develop a medical device for this covid 19 emergency and i came up with a very nice monitor of pressure flow and volume that might be use full for our experiments and is way cheap to build... i will give all the code for it open source on my google drive here for you guys .. the whole pulmonary ventilator is almost ready but the code is already useable... just need few tweeks and is done.. it just need a powersupply, sensors, a esp32 controler and a nextion screen... it can also command servos to control flow, open close etc... hope you enjoy =D
im trying to put things together to do some test too soon... this project will end soon with goodnew i hope!
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#75 · date not recorded
I'm glad to hear you are a coder sebo. Unfortunately I code in assembly which I find the easiest understood and the most straightforward not sure where you use. I have written a cold for the atmel AVR in atmel studio and I have been able to monitor a coils Behavior. It is very strange you bring this up because I was going to post this today anyways. This chip I have program monitors a coil and I have found that to get a coil to resonate you have to send square waves only not triangle not sine waves to get the coil to resonate at itself frequency. I would like to share this in case I died or something and I want this pointed out and I want special attention brought to what I am about to say. So please give the following special attention.
When you pulse a coil and you see a ringing wave after the square wave and they are perfect ringing rigs that is that coils resonant frequency. They can call it ringing all they want and teach that it is indeed ringing and not a resonant frequency but I decline 2 agree with such rubbish. As a tester an experimenter I can tell you the ringing frequency is a self resonance they coil is behaving at.
I will also share a coil does not like for the resonant frequency determined by the Bell ringing to be reproduced back to itself it is stubborn like a mule. I have obtained and recorded a coils resonant frequency and replicated that frequency and played it back to the coil to ring that coil and they coil will refuse to respond. I have found that just about a square wave at a very wide range of frequency will cause any coil to ring in this way especially around 100,000 Hertz of a square wave. This is indeed the latest of my findings and I could have never found this if I would have never programmed the atmel AVR are to help me pinpoint where residents is in a coil so this I do share.
I found the following video on YouTube the very start of the video shows you what ringing I am referring to I'm not sure what the rest of the video is about.