Earth Electrical Energy Datalogging Experiments

[jeanna]

Mine has been in the .9v's for a week now. And the new one has never dipped below .8v.

Just today after I soaked a new component which was very nearby, did it go down.
Mostly my 9 foot Cu+Zn- is in the middle .8v
But on a daily basis either EER could go down to .6v. IF it does, I do 2 things to check.
1- Touch and squeeze the connections which may have become loose,
2- Add water and wait one hour.
Adding the water will cause an immediate drop but after an hour voltage is restored.


jeanna

[Cosmicfarmer]

Yay first post for me 

Allright I set up a worthless earth battery and tested it out, I know it wasn't entrained. I no longer have constant access to the earth, even though I easily could. Pipes in the ground are eye sores and get me yelled at, but I persist.  I set up this E-B on the sneak-tip and these are the videos I made. Nothing eye-raising. 

I also made a basic stubblefield, buried it, and probed it. On the video, the 4 connections from the large white wire are the diffrent ends of the stubblefield. It wasn't finished but my window of opportunity at the ground was short. Same signal as all my other grounds.  I think that whole area, even being in the mountains, was saturated with nasty grid vibes.

http://www.youtube.com/watch?v=si9pSset1_s
http://www.youtube.com/watch?v=c8U4_Ur5M64

3 foot copper north, 1 foot zinc south. As soon as I was finished with the experiment I had to unearth them. I know the magic in an earth receiver is letting it get entrained and observing it, but I could not leave these pipes in the ground.

One thing to notice though, is I had a rectifying capacitor (2 reversed diodes with common leg, to both sides of cap) to store the charge. Putting the ground on the - side before the diode reverse-charged my electrolytics .5 volts, and after the diode normal charged up to ~2 volts.

Also.  When I had the scope connected and was watching my circuit charge up, it took 40 seconds to get to ~2 volts. When I took the scope off but left the grounds alone, the circuit would not charge past .3 volts! As soon as I hook up the scope, up it goes. Scope alone did not charge the caps. Ground alone didn't get max charge. Both combined were necessary to bring the caps up to over 2 volts.

So, was this effect some sort of grid noise that the scope brought to the capacitor, which it rectified? (scope alone did no charging) or was this the ground energy being "monitored", and by the act of monitoring it, volts increased for me?   

The ground signal was about 3 volts 45 hz clean looking AC. I even turned off all my house power at the breaker except for the scope and it was still clean AC. My signal (oscope to finger) was about half a volt, same frequency AC as the ground, but inverted. My bio-signal was the same frequency as ground but inverted. Also there were complexities in the wave that reminded me of fractals... but my scope is too old. Also touching house ground would null my signal, and earth ground gave me more volts but reverse phase. Just watch this video.

http://www.youtube.com/watch?v=0l9MLULqC38

Anyway, I am still on the hunt of a living accommodation that lets me put some metal in the ground. When that happens I will have scope to ground 24/7 and webcam link for you.

Previously, I was at a place where I had about 6 ground rods of different metal in various places and I saw similar waveforms as the ones earlier in this thread. That ground was entrained. I have never repeated it since. I took no pictures so I guess it never happened (to you).  This was before I knew about the data collection en devour on this site. The frequency was in the Mhz and about 11 volts.

One thing to think about - I have had more success using ground antenna (one rod) then the zinc/copper pair. Anyway. I got more experimenting to do and will post something when I think its relevant.

in the mean time, peace out.

[sm0ky2]

kid had a borthday today, so i obtained more of those toy-twist-tie thingies.

i went ahead and plugged my large steel pipe back in parallel with them for extra current boost.

i now have 13 of my "experimental electrodes"
(+ a 2ft stainless steel pipe)
and 3 6"-square copper plates at the south end.

drawing 0.98v @ almost 6ma now.

if i can find a suitable substitute for these things i would like to make a field of hundreds of them. i think great current can be drawn this way, by connecting several more of them in parallel.

i can light up all of my 30 LEDs now.
caused my neighbor to ask what it was tonight !!!

[kamax]

Hi,

I'm not sure if someone has posted this video:

http://www.youtube.com/watch?v=LwtMzI66fXo

[jeanna]

Hi Sm0ky2,
I am glad you are still here!

I have a request .
Please make me a drawing of this or really try to explain it.
How does one put a bunch of twist tie coils in parallel with a steel bar?

I am kinda new to this stuff. I know what parallel means etc.

I am only half joking, cuz I really cannot wrap my head around your setup.

I need to find his name. There was a guy. rex has his stuff. who wrapped a zillion little coils around nails and ran his whole house etc could have run his neighborhood... etc. He was ridiculed to his demise, of course, because he honestly though he could help save the world. Well... THEY showed him! [Those are the ones I feel the most sorry for. I mean the innocent ones.]

I assume you could use plastic coated copper, but you are using plastic coated steel. Perhaps this is something we are all missing. Stubblefield used iron. Hmm.

A drawing or a pic or a video whatever is easy for you.
Thanks a lot,

OK I have a couple of pix from tonight's trip to the Battery EER in the back yard.

Welcome CosmicFarmer
Your pics and input are most welcome, as are you.

jeanna