Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[t3t4]

@ jeanna,

I see the difference is in both the depth and height, but I find it interesting and disappointing that you are getting only 1 more v than I am.

Are you storing this in a big or little battery?

Thanks jeanna, for the understanding. Yes, as I have been saying form the beginning, go deeper and higher. We (in my opinion) need to reach this energy as close to it's source as possible. But my pic's only show storage in the caps, not a battery. All that's coming up. But I can say right now, what you see in the pics are my worst results. But I wonder if this stone building I live in has any affect.... I have been able to do this in other locations, but all of this will take time to show. Please bare with me.

I'd just like to know if others can duplicate it. This will test, show and prove the same basic results are obtainable regardless of location. And like DonL, may just give me a new idea in the process if people show and tell.

Thank you,
t3t4

[Pirate88179]

@ t3t4:

Good job on the pictures.

I have a few questions for you.  Are you getting any power out of this arrangement?  My set-up here typically (although it does fluctuate) puts out about 2 vdc at 20 mA's or so.  I don't know if you have read of my work and experiments with supercaps but, you may want to try using some of them.  Also, I can hook up my modified Fuji to my electrodes and get about 400 volts dc out.  You probably have enough to run one of thiese as well.

Somewhere, way back in the early days of our research here, someone suggested using a helium balloon with light guage mag wire tied to it to get it up to about 200 feet to get some real juice.  Now, this sounds pretty simple and is a good idea unless there is much wind, or a thunder storm.

I would like to try this in combination with my electrodes to see if I can put them in series to my 650 F supercap.  This would be a very good base increase for me.

I appreciate your work and your efforts here.  The photos are a big help as I guess a lot of us are visual and, even though someone can explain somethnig ot me like 10 times...I see a photo and say..."so that is what he means."

I will try this as soon as I can.

Bill

[dllabarre]

Can I ask each of you to respond to these questions regarding the type of wire you are using for your aerial?
It will help us all reproduce your results.

Type of wire - stranded, solid, coax, other:
Size of wire in AWG:
Length of wire - feet or meters:
Height of wire at highest point - feet or meters:

Thank you,
DonL

[dllabarre]

Can I ask each of you to respond to these questions regarding the type of wire you are using for your aerial?
It will help us all reproduce your results.

Type of wire - stranded, solid, coax, other:
Size of wire in AWG:
Length of wire - feet or meters:
Height of wire at highest point - feet or meters:

Thank you,
DonL

Type of wire - stranded, solid, coax, other: Aluminum Plates
Size of wire in AWG: each of 2 plates is 6" x 24"
Length of wire - feet or meters:  Not applicable
Height of wire at highest point - feet or meters: Bottom of plates are 11' above ground

DonL

[dllabarre]

Can I ask each of you to respond to these questions regarding the type of wire you are using for your aerial?
It will help us all reproduce your results.

Type of wire - stranded, solid, coax, other:
Size of wire in AWG:
Length of wire - feet or meters:
Height of wire at highest point - feet or meters:

Thank you,
DonL

I'm starting to look at coax cable now along with aluminum plates.

Type of wire - stranded, solid, coax, other: coax
Size of wire in AWG: TV cable type
Length of wire - feet or meters: 50'
Height of wire at highest point - feet or meters: 11'


DonL