Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[Artic_Knight]

Jenna

firstly to the person that said it would take 1.5 years to charge that battery, i seriously doubt that, i have heard rumors that a high voltage low amperage would reset the battery better than a trickle charge.

ok about my little nail experiment, you had it right, only one side of the copper coil was attatched to the amp meter, the positive of the amp meter was on the nail (doesnt really matter you will just get a negative reading if backwards) the other end of the wire was stripped and thus conductive so i left it sticking out into the air  (one to 2 inch perellel with the ground) however you should know the copper never touches the ground!  this for me generated a lower voltage than what we have been gettign and i cant remember the amps at the moment but it was less than what i can get on my steel aluminum. however it just dumbfounds me and thats why i think everyone should try it! its neat.

sorry but my posts will most likely become less frequent, my wife has shown great resistance twards my experiments but i shall not give up entirely! just slow down a little for the moment.  cheers

[Artic_Knight]

bill if memory serves me right the highes battery capacity for a AA is 3200mah or miliamp, the voltage needed to charge it should be 1.7v and at one amp or amp hour it would take 3200 hours or  134 days to charge, at 2 mah  it would take 67 days. so 1.5 years? last time i checked a year was 365 days, not sure what planet this dude lives on but his math sux :-p and thats assuming we dont get some "special effect" from the earth battery. as we have seen funny stuff happens

[Artic_Knight]

that idea about one electrode much deeper than the other is a wonderful idea, pretty much the same idea that has been in the forum but in light of recent developments i will explain.

if the earth truely is a faraday disk which it seems to be then its the difference in current that will bag us the best electricity, now with that in mind the experiment i propose needs to be done to test this is to take a galvanized steel tube, hammer it flat and closed on one end attatch a long insulated wire to the inside and if needed have a conductor attatched to the soldered wire on the inside to the galvanized outside? so we get the proper conductance, then use a rod or stick to "hammer" this deep into the ground, if this electrode is 6 inches long then i propose a 6-8 inch positive to match hammered into topsoil as we have done. now we should according to the laws of differential currents get a considerable boost in volts, if this works then all we need is more surface area for current according to modern science.

i chose galvanized steel because we can tap 2 aspects with it simultaneously as i am doing now, we can tap the theoretical "magnetic" aspect and the galvanic earth current aspect.Ã,  if someone really wants to get fruity we could go one step further, inside this pipe we could add a layer of insulation to protect against electrical shorts and add a copper coil inside the tube, if one end of this tube is attatched to the steel pipe in the ground and the other to our wire then we might see something interesting with the magnetic flux? steel will channel a magnetic current well, steel is to magnetism as copper is to electricity, they both are preferred pathways instead of air!

we cannot use a solid rod deeper than the other however or it will produce a "short" in the curcuit. it has to be insulated from the earth with the tip exposed.

please let me know what you think.

[Bruce_TPU]

@ Bill and all

So, after reading all of those patents last night, I went outside, first thing this morning, after building two separate "couples" consisting of one galvanized 12" spike and one 14" piece of copper tubing.  Both of these electrodes are placed as close together, separated only by the thickness of a rubber band.  These are then rubber banded together, to make sure they are not touching.  Think underground Capacitor.

I then buried one, leaving 1" above ground, with the Zinc to the south and copper to the North.  I measured the voltage of this couple and it was .743 mv

I left that couple there, and measured about 30 feet away and placed another "couple" exactly as the first.  I then measured the voltage of the second couple and it read .852 volts.

Next I wired them in series.  And the reading was 1.28 volts.  a loss of .400 mv because of length.

Now I will fill in the 30 feet with MANY couple spaced 30 inches apart from center to center.  This space is needed to keep them from shorting each other out!!   

@Bill
With your Carbon, magnesium, do the same, and you can garner as much power as you want.  Just keep the couples spaced 30 inches apart, keep them on the North South line and there you go!!


Bruce

[Artic_Knight]

here is my nail setup and my idea for testing the planetary faraday disk :DÃ,  now the red resembles the copper wire, and black is my positive metal and grey my negative metal.Ã,  im skeptical if my copper was positive or not on copper, copper should be positive but i think my tests showed for the nail set up the nail was positive... any hoot,. heres my thoughts.

i wonder if i attatch a lead to the bottom wire in the copper coil of the nail if it would create a sort of capacitor?... hmm