Lasersaber has been doing a wonderful job here and should be commended.  Very nice work and great videos as well.

On the 2 coils I built, I always got the highest volts and mA readings from either the iron wire to the core, or the copper wire to the core.  It did not seem to matter which iron or copper wire I used. (Either end of the coil)

I have always wanted to try a ferrite core since all of our experiments in the JT topic and, one day, I will do so.  I am pretty busy these days trying to survive in this terrible economy.

Bill

Quotebut I will say again that it should go into the ground with a coil antenna attached and put that into the air.

That would be correct. The coil itself would pickup more of the telluric currents. It would be interesting to try 2 coils tied together with one in the ground and the other elevated. An 8 foot NS coil would also be interesting to try with one end in the ground. No matter how its done it seems the location of these currents is crucial.

Lasersaber,
It took me a while to first see your videos, then to digest a little bit of what you did.

Before I comment on the NS motor videos, I want to say I watched your very cool RC flying saucer  video. You have some really fun ideas.
I am also guessing that the little motors you are making are from your own manufacture?
Could you please describe how you made the little motor with the propeller?
I am asking how many turns and is the armature like the coffee cup motor... etc??
thanks.

Now, in the NS coil motor video, you show the reed switch connected between the outer copper (5) and the inner iron (10)  wire.
I saw how you showed with the compass how the 5,6 did not make any magnetic change there, but did you try the reed switch on the 5,6 and have it not work?
This is very curious.

I remember doing these compass things, but I did not think it was so weak across the 5,6.  I may be remembering this wrong, but I have the memory that the inner and outer gave similar results. I might have to dig out my compass-galvanometer again.

I love your ideas and I love how they are inspiring me to get back into the NS EER effort.

While I have your attention, I would also like to ask if there is any trick or need to match the reed switch to the NS coil or motor?
I have some very tiny reed switches and a reed relay from RS which I have never used and haven't much of a clue here, so thanks for any help.
(I think it was for the NS coil that I originally purchased the reed relay from RS, but never learned where to connect it, so I let it drop!!)

Thank you for your great work here,

jeanna

I know my questions are mostly stupid, but I have to ask:

When the coil is submerged in water, and then removed from the water, it generates power during the time that it is drying up, right? For how many hours it generates power?

Another question: has someone tried to connect more than one of these coils in series and in parallel to check if the volts and amps are added?

This coil has a clear advantage over traditional Earth batteries (made with linear wires) in terms of space occupied. It occupies much less space, if the idea is to connect several coils in series and/or in parallel to get enough energy to run something like a small FM radio receiver, for example.

[A author=conradelektro link=topic=3500.msg233584#msg233584
What I would like to see are the following measurements:

Could you please measure (Volt and Milliampere):

1) Outer copper -- inner iron (LaserSaber gets a rather strong electromagnetic effect when he shortens these ends)

2) Outer iron -- inner copper (LaserSaber gets a rather strong electromagnetic effect when he shortens these ends)

3) Outer iron -- inner iron  (LaserSaber gets a rather weak electromagnetic effect when he shortens these ends)

4) Outer copper -- inner copper (LaserSaber gets a rather weak electromagnetic effect when he shortens these ends)

Now I would like to see measurements when the iron and the copper wire are connected in series:

5) Connect inner iron to outer copper and measure outer iron -- inner copper.

6) Connect inner iron to inner copper and measure outer iron -- outer copper.

In case some one else has a Stubblefield coil and a meter ready, I would also ask you to do the six systematic measurements suggested above.

Greetings, Conrad
[/quote]
here are my tests just for your information.
1. same voltage and mamps
2. same voltage and mamps
3. 0 for both
4. 0 for both
5. 0 for both
6. 0 for both
my voltage is at .36 volts and the mamps are .21

I have tested my coil with a 1.20 volt battery attached to both the copper wires then to both iron wires. this was a test for the electromagnetic effect. this shorthing the 5 and 10 with a battery was the only way i could make an electormagnet. unless i used the 6 and the iron 10 shorted with a battery. then it also made an electromagnet. it may be this coil is just to small its has about 20 feet of both kinds of wire.

what i do not understand is how lasersaber can get a voltage across just one wire in his video he has voltage across the copper wire 5 and 10 and that makes an electromagnet, at least on my wires it makes one.

Dennis