Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[timmy1729]

@ Timmy:

Meters are fun, I'm glad you got one, you will need it.

As far as the mag blocks go, I am not sure.  I bound mine together to create more mass (I used plastic tie-wraps) but, it may be better to expose more area to the earth, I don't know.  It would be a good thing to try both ways and compare results.

As far as making a cell, I am not sure exactly what you mean.  Do you mean a cell where everything is in close proximity as in like a regular battery cell?  If this is what you mean, than all you will have is just a galvanic battery which will only give you 1.5 vdc max until the magnesium is used up. (Like any other battery)  Sticking the electrodes in the ground a good distance from each other, and aligned properly should allow you to see more volts than just galvanic and hopefully without the deterioration of your electrodes.  At one point, I was up in the 2.2 vdc range.  If you are talking about the Stubblefield coil, that is a different animal all together.  That is a bifilar wound coil with an iron core with cotton, or similar moisture "transparent" material separating the different metals.  That is a self-contained cell that works when buried in the ground.

As far as the laws of physics goes, everything I am doing on here for "free energy" or "overunity" complies with the known laws of physics and thermal dynamics. All I am hoping to do is to tap into either unknown energy sources or known but little used energy sources.  Kind of like if you had a solar cell 100 years ago.  They would think it was magic, or violating physics laws, etc. but all it is doing is converting the energy from the sun into electricity, a then unknown power source.  Some of my friends think I am nuts. (they may be right, who knows?)  I have tried to explain what I am doing, or trying to do and they laugh.  Oh well, I am having fun and learning a lot.  It keeps me out of trouble.

Good luck with your experiments.

Bill

@Bill
Yeah, I am talking about the Stubblefield cells. I just wonder how it works because there would be a good bit of surface area of the wire exposed to the Earth and very little of the iron exposed to the Earth. Just curious about how that works.

My little rant on "free energy" and "overunity" was in response to a video posted a couple posts prior to that. The guy in the video basically said he had a closed system that would never run down but refused to tell how it was done.


I played around with my 2 foot copper pipe & galvanised spike setup and I managed to get 1.052vdc at 1.5mA  and moving the spike gave me .890vdc at 3.1mA. I couldn't light an LED using my Joule Thief, but maybe using my magnesium blocks as a replacement for the spike will give something better. It's odd though. Some places gave me 1.035vdc with the spike maybe an inch in the ground, but when I sank it deeper, it would drop to .9 or .8 vdc or less. It's an 8 inch galvanised spike. I would figure more surface area in the Earth would give more voltage. 

[Pirate88179]

@Bill
Yeah, I am talking about the Stubblefield cells. I just wonder how it works because there would be a good bit of surface area of the wire exposed to the Earth and very little of the iron exposed to the Earth. Just curious about how that works.

My little rant on "free energy" and "overunity" was in response to a video posted a couple posts prior to that. The guy in the video basically said he had a closed system that would never run down but refused to tell how it was done.


I played around with my 2 foot copper pipe & galvanised spike setup and I managed to get 1.052vdc at 1.5mA  and moving the spike gave me .890vdc at 3.1mA. I couldn't light an LED using my Joule Thief, but maybe using my magnesium blocks as a replacement for the spike will give something better. It's odd though. Some places gave me 1.035vdc with the spike maybe an inch in the ground, but when I sank it deeper, it would drop to .9 or .8 vdc or less. It's an 8 inch galvanised spike. I would figure more surface area in the Earth would give more voltage. 

Timmy:

I know this topic is long and hard to find stuff in but, if you go way back, (somewhere) it is explained that the magnetic declination of your areas comes into play.  Someone posted a US Geological site that had all of the figures for the US.  it was stated on yet another website that we want the angle from the bottom of our carbon rod, to the bottom of our mag. blocks to be the same as the magnetic declination for your area.  (the plus material is deeper than the minus) In my case, that was about 60 degrees and I had to approximate that when I planted my electrodes.  Obviously, the depth of each electrode is a variable when the distance between them is changed.  You can figure a right triangle using the distance and known angles to get close to what you are looking for.  Does this really make that much of a difference?  I can't say as I did not really try it any other way.  This was described by some Russians that were researching the earth's telluric currents.

As far as the iron in a Stubblefield coil not being in much contact with the earth, this is not correct, unless you mean the iron in the core.  Don't forget, half of the bifilar windings are made with solid iron wire so you have just as much iron as copper seeing exposure to the earth.  Depending on the design of your coil, the core may also come into contact at the top and the bottom as well.  The more we all got into this, the more to it there really was.  But, any one can stick two metals in the ground and measure voltage at some level which is why I think this is so cool.  Did you check out my youtube videos on my earth battery experiments?  The links are way back somewhere but just go to youtube and search either "Earth battery experiments" or find my channel.  I am on there as 0WildBill0.  I made 2 videos on the earth battery stuff I was working on last year.

Bill

[veera]

Hi all.

Have some one  seen this video from

http://thepiratebay.org/torrent/4557437/free-energy.geo.avi

(torrent file about 370 M )  invent by Georgia (ex USSR) . I will help to reseed for the the whole week. Can some one understand Georgia language?.some part of them
look like Tesla spark gap and used car radiator, water tap pipe for ground.

[electricme]

Hello Veera and welcome to the Stubblefield thread.
I will go and take a look at the web address you posted and get back.

jim

[electricme]

@ Veera
Im back, that is a long torrent about 370megs in size, far too big for me just now.

One day this stubblefield cell will be cracked open, but until then we just have to plod on and hope for the best.
The stubblefield cell when dormant puts out very low voltage and current, thats why we are all over on Pirates forum on jeule thief web site trying to see how we can get it working with tiny voltages.

jim