Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[jeanna]

Yes, Silk is on my list of to-do projects.  I just like working with the cotton better as the silk frays so much.   Eventually I will use some silk.

wet it?

Thanks for trying to explain those numbers to me.   So, I should just go up one from wherever I see a number 1 and use that as my reading.  I almost always get a 1 on  the V 200m, so I should just use the 2 or maybe the 20.

exactly.
you almost always have more than 200mV or 0.2v in your coil. That is right.

Question…..
Why is it that I am able to get AC readings on these coils sometimes?

Bill and I sand others asked this as well. It is not a real reading. It is your meter's best guess, since you asked. But when You put your scope on it you will see the real reading.
Why don't you see what the scope says?
Do you have the probe?
Stick the gatorplug on one end =ground, and then the long clip think probe to the other and see. Since you know what the dc volts are, and the sec will start at 50mVac, so there is no danger to the scope, but you will need it on a very sensitive setting.
Mine is different, but if I cannot help maybe someone will pull himself away from the game during the ads and answer.

jeanna

[electricme]

@77eagles

John,

First off, thanks for the reply. Did the research and found out what you were talking about. Looking into rigging something on my own or finding some reed switch that might work. My Mom talked about how horrible it was to ride in "Pa's Sunday Car" with the bee's in the dash. Now I understand what she was talking about.

2nd: UH OH WOW!! Didn't know that a simple question would spark such an outpouring of emotions. I appreciate the Socratic method of teaching, I use it myself (to others complaints also). After reading your numerous other posts and works, I was hoping to be taught to fish, rather than be given a fish. Well, I got a fishing pole. Nothing worthwhile is given.

3rd: For me this further puts into perspective the era of these developments and geniuses. Tesla was working on Radiant Energy requiring "...another instrument or device for alternately closing and opening the circuit", Ford using the "trembler" to ramp up voltage, why wouldn't Stubblefield be doing the exact same thing. "Accepted" science has directed mosts interests towards nano-bots and digital solid-state devices, where sometimes the simplest solutions are the best.

We are awash in a universe of energy in one form or another. We just have to figure out how to tap it.

Thanks again and in A,
%Heath

1/ 2/ 3/ all very nice indeed, poetic almost, now I learnt something today, mechanical electric radient bees.

I have thought all these famous inventors would have written to each outher privatly, probably giving an outline of what they would have been worknig on, giving each other advice, now wouldn't this be a treasure trove of information.

I have done similar things in PMs, ha ha.

@protonmom,
Excellent work on researching the Model T Ignition coil.
Only 1 adjustment is shown on the circuit cutaway on the ford coil (K-W), did anyone see the second adjustment point?
What isn't widly known is there is a "air gap" adjustment, between the soft oron core and the contact spring, at the "top Left".
A "feeler guage" would be placed between the Pole piece and the contact spring, then a flat bladed screw driver placed inside the U shaped bracket and prisng it wider "reduces" the "pole" gap. (makes it more reactive/sensitive to magnetic fields).

The closer the contact spring is to the soft iron core, the stronger the pull on the contact spring.
So if the contact spring air gap is very very close to the soft iron core laminations, it will take far less magnetism to open the contact points.

The vibrator adjusting nut is wound down a little bit further, so it makes electrical "contact" when the contact spring is closer to the soft iron core.

We need to apply these principles to the stubblefield coil.

@jeanna,
A long time ago I remember you making a remark that your compus needle would fluctuate a little bit if it was placed close to one of your stubblefields, if you can make a sensitive contact spring, I think you will be well on the way to making this thing work.

@Rennanceman
You are very good with making "stuff", any chance of us all seeing a contact spring assembly from you? something that can work with milli guss.

@John Bedini,
I have a special question, "if a iron bar has been reduced to a point at one end, would there be a concentration of the magnetic field at that point"?
I ask this because if this is so, in my mind I am looking at a magnetic concentrator or magnetic amplifier.
Am I correct or just plain wrong?

If I'm right, it would make it a little easier to make the switch work.

I have seen a patient which has 3 iron bars, theres a point at each end.

jim

[jeanna]

@jeanna,
A long time ago I remember you making a remark that your compus needle would fluctuate a little bit if it was placed close to one of your stubblefields, if you can make a sensitive contact spring, I think you will be well on the way to making this thing work.

Wow what a fantastic post about the T coil and the spark gap for it. wow wow double wow.

I had 2 things that were compass needles.
One a real compass that showed the directions of magnetism that had developed in the ns coil.
I was not able to get the same effects from a similar iron spike without the winding.

The other was a simple old fashioned galvanometer.
That was a 2 inch compass which had 60? turns around the outside all basically N-S.
It showed very clearly when there was an induction of volts caused by a current etc. an ammeter.
I used it for many stubblefield experiments. I will dig it out again.

It was while using this with a nongalvanic stubblefield, coil fed 1.2v by a battery, that I saw a spark reach out of the wire. Not every time but about 1/3 of the time.
This spark happened when I was reversing the wires from where they previously were touching.

I wonder if I have those videos I made too.
I used a battery running through to fill a cap then let go and ran a tiny dc motor with the cap..
It seemed to me that the cap unfilled and ran the tiny motor longer than it took to charge.
Not having enough hands, I was not able to be sure, so I never mentioned it.

With what I now know about induction coils, I think I might be able to pulse the motor or something more interesting than what I did before. The cap was a 1F computer memory cap.

Great ideas, Jim.

Thank you so much!

jeanna

[jeanna]

I made a little video today.
I used some old footage of a test I made 2 years ago.
I had made an inside only- non-galvanic coil in the style of the stubblefield coil, just to test it.
So, I made a dc circuit with just the copper wire going through its traces, and a resistor and a small cd motor.
I added a memory cap in parallel with the 2.45v battery and turned on the battery, then turned it off and watched it drain.
On the movie timeline later, I timed 13 seconds on and somewhere around 30-32 seconds off.
So the break even spot is after 13 seconds without the battery .
You can watch the motor continue for yourself if you want to.

I will upload it to youtube now, and return with the address.
http://www.youtube.com/watch?v=EmpbHR6oNI4
jeanna

edit
I do realize that the cd motor could be such a low draw that the discharge of the cap is very small, but it will not work on an eb, and I have another video where I touch the lead for a fraction of a second, then the cap runs the motor for 4-5 seconds, so, I believe there is some kind of inductance augmentation held there by the magnetic field of the adjacent iron wires that keeps it moving along.
j

[Pardon]

I just thought I would post more info on the two people that used this energy. I want to give as much information as I can post in Word Doc.
John B

this may be of some use to go with what you gave us. I do not remember where I found this PDF. but it can be shared here on this topic. this might be another tool we may need to find the good stuff.

Dennis