Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[electricme]

@ MK1

Thank you Mark for the kind words, it's very appreceated, and to those who PM'd me, my thanks to you all also.

@jim

Hi , sorry to hear about your stroke of bad luck , all my best wishes ...

But the satellite i maybe able to help.

there has to be a way to see the signal strength , it usually needs 25 % to start receiving it will work but if it rains up north ( aussie other wise south for northern hemisphere) but the sun is bright at home it will not work, the signal need to be set the 95 % and up for reliability. Ok now look where the dish is aiming is there anything in front of it. I have seen wood electric pole swell in the heat of summer and the satellite started working 30 after dark.
so never assume is ok , make sure . Most of the winter install do not work in summer , because of the leaf grown since.

Other wise the right cable don't substitute rg59 for rg6.

Otherwise maybe sunspots at solstice .   

I hope this will help .

Mark

Theres no foilage in front of the "dish" it's signal strength is very good
The cables are of TLC RG6 Quad Shield 75ohm Coaxial Cable 169M

I'm using LanSpeed2 to monitor the Downloads and Uploads, as it display this in real time
Activ8me has its own Up/Dn monitor, but it only gives a reading once an hour, in 1 hour it is possible to download 1Gig

You are right about the summer info, its the sun streeming, as it aproaches the zenith, more errors occur until theres a black out as the sun overloads/swamps  the front end of the amplifier drowning out the sig from the satellite, but this is an extreme only.

I also think there is a "new" substance affecting the signals, theory only mind you, and that is the submicron stuff being sprayed over the top of us here in the form of chemtrails. Some of it is metallic and might be scattering the satellite sig, (as it scatters sunlight and the result is glair) carn't prove it as I have no datalogger and if I had one, I would need at least 20 years of base data to see what is hapenning above.

Thanks Mark

jim

[jeanna]

@protonmom,
How is the level  of your bcap today?

I got this thought after reading John's post about getting an oscillating ckt going. And also the part about using a cap to store it temporarily for later (momentary) release.
I am wondering if you are getting the beginning of that right now.

@All,
To get an oscillation going there must be something to oscillate, right?
So, collect it in that bcap, then when the cap is full enough let it go out, this will go down the wire and around both coils and return to the other side of the cap .
I said all this 2 years ago, and an EE friend told me that I needed a Non electrolytic can type cap. I am wondering now if that was incorrect.
I also remember in the astable multivibrator, the cap is controlled by a resistor across its leads, parallel to them.
The cap fills until its resistance is higher than the resistor and it stops filling and then empties because there is a load of some kind...

Or, maybe the only thing I did wrong was stop with too little wound. I never had more than 180 turns of each wire which is all I could get from hardware store bare copper.

Well, for me there is more time to ponder this. It is too wet and cold to hover over the back yard!

Thank you,

jeanna

[protonmom]

Jeanna,
Yes, my re-wound coil is doing well and cranking away! But I think I know a better way yet, so will try that with the next coil.  I have just now gotten the wire prepared to start winding a new one. 
Will wait until morning for a new reading on the bcap.  Do you think we need a diode in between the coil and the cap?  You said: "To get an oscillation going there must be something to oscillate, right?
So, collect it in that bcap, then when the cap is full enough let it go out, this will go down the wire and around both coils and return to the other side of the cap ."  How would I do that, exactly?  I have the 5 and 6 hooked up to the cap at this time, so how would I "let it out" that would be any different in the wiring?  Diagram???  (You know pictures help...especially for us who are just learning)

[jeanna]

It is hard to describe.
And, I am not very experienced with it.
Normally we have a battery with a strong pos and strong neg.

What is happening at the wires atop the NS generator is about coils and pulses and not really a dc circuit at all,
But there is a little dc in the galvanic of the coil and also in the 1v in the ground.

You are capturing what is galvanic from the coil.
None of us ever got anything higher than you are getting now inside.
I call it galvanic if it is inside only because while it may not be purely galvanic, it is certainly not magnetic from the earth.

Well, I think those balls at the top were capacitors just like the capacitor at the top of the van de graf machine.

Start with wire end 5
At first the currents from the wet wires moving to the top of the coil cannot go anywhere, but they will build up until they are high enough to jump across the gap to the silver ball, this is what tesla called a disruptive discharge.
That discharge from one of the wires will cause the other to collect it and to change polarity. The charge will now go down the other wire to the 6.
But at the same time,
When that disruptive discharge occurs at the top there will be a pulse that flies back down the 5 wire to where it all began.
That will cause currents to happen in the 6 wire because they are so closely wrapped all the way.
(I assume that with each cycle this could grow because of the mutual inductance from one wire to the other.)

Basically every time there is a stop this flyback will happen.
This is the source of the spikey volts I am using with such delight from my joule thief circuits.

Last summer I made a lot of posts of the daily data coming from my EER which has one NS generator primary 5,6 coil at each outside end and the meter in the middle.
I saw plenty of millivolts activity (100mV) which is certainly giving me spikey volts in my secondary, but my secondary is too short and too distant from the primary, so I never saw peep from it.

I am learning this from all directions and not put together at all, and I am glad you asked me to explain. I have no idea if it helped you, but it helped me to have to describe what I am thinking at this point.
So, thank you,

jeanna

[john_bedini]

Jeanna,
I think I will lay this out for you all. Here is what must happen in building an Earth Oscillator. The first stage is almost built like your SG or Joule Thief oscillator as you know what is lighting your led is the Radiant spike.

You do not need very much current for the first stage. Off the collector of this oscillator is a diode a one way gate so it can't flow backwards. The diode moves the charge to a capacitor say 5000uf this then supplies the second oscillator that does the same thing except the second oscillator is adjusted for a little more recovery through the second diode to another capacitor this time 15000 uf and this is how it is done, just like a Moray receiver. It just can't go backwards once the energy is flowing it can't return to the input. This moves forward just like water from bucket to bucket. in the end you will have a big potential to play with. I do not know how to explain this better then this, I'm really trying to keep this simple.
John B

It is hard to describe.
And, I am not very experienced with it.
Normally we have a battery with a strong pos and strong neg.

What is happening at the wires atop the NS generator is about coils and pulses and not really a dc circuit at all,
But there is a little dc in the galvanic of the A and also in the 1v in the ground.

You are capturing what is galvanic from the coil.
None of us ever got anything higher than you are getting now inside.
I call it galvanic if it is inside only because while it may not be purely galvanic, it is certainly not magnetic from the earth.

Well, I think those balls at the top were capacitors just like the capacitor at the top of the van de graf machine.

Start with wire end 5
At first the currents from the wet wires moving to the top of the coil cannot go anywhere, but they will build up until they are high enough to jump across the gap to the silver ball, this is what tesla called a disruptive discharge.
That discharge from one of the wires will cause the other to collect it and to change polarity. The charge will now go down the other wire to the 6.
But at the same time,
When that disruptive discharge occurs at the top there will be a pulse that flies back down the 5 wire to where A began.
That will cause currents to happen in the 6 wire because they are so closely wrapped all the way.
(I assume that with each cycle this could grow because of the mutual inductance from one wire to the other.)

Basically every time there is a stop this flyback will happen.
This is the source of the spikey volts I am using with such delight from my joule thief circuits.

Last summer I made a lot of posts of the daily data coming from my EER which has one NS generator primary 5,6 coil at each outside end and the meter in the middle.
I saw plenty of millivolts activity (100mV) which is certainly giving me spikey volts in my secondary, but my secondary is too short and too distant from the primary, so I never saw peep from it.

I am learning this from all directions and not put together at all, and I am glad you asked me to explain. I have no idea if it helped you, but it helped me to have to describe what I am thinking at this point.
So, thank you,

jeanna