the small cell i used for testing a few days back has managed to produce a starting power reading of:-
.656vdc
162ma (yes realy that high!)

i am going to make a larger version of this cell later, if i scale the size up making a 9 inch long cell and have around 20 times more wire than the small cell then i hope the power will follow suit, this could be impressive.

ive tried the same idea of power boosting on my large NS cell and the results were only half of what the small cell was putting out.

it isnt far from the original design in the patent so i think its still relevant

il keep you posted

chad.

@ Chad:

Wow!  That is an impressive mA number alright....good job!  I too believe that whatever we are getting with these "small" coils will be better with the "larger" ones.  Possibly, just the amps will go up and the volts remain about the same, who knows?  Amps are better anyway so, I can't wait to hear of your results.

Bill

@Jeanna, Pirate, Serveradn & all

Thankyou for acceptance in your forum.  Will try to update myself to the latest.

Emme used several series [b]connected[/b] metal couples in a straight line to achieve 3,015.60 watts.  In Fig. 5 Emme shows 3 couples in a straight line:

                                                  1(+)(-)------2(+)(-)------3(+)(-)
Electrons flow inside the three couples from (+) to (-); electrons also flow from (+) to (-) outside the couples in the reverse direction.  Further out couples 1& 3 exchange electrons, (+) seeking (-).

Couples placed too close together will have current flow forward and reverse nearly  the same resembling ac current, further apart is dc but pulsating. 
Couples placed in a circle will have electron flow along the edge of the circle as well as cross in the middle as in a tpu.

Salts and acids help induce the geomagnetic current but as Emme indicates they are less and less needed as time goes.  As I understand a dc current and/or magnetic field will also induce.

Will try couples in a circle or semicircle and try to induce a current to substantiate.

cindy

Cindy:

I am going to have to go back and re-read that patent yet another time.  Please let all of us know whatever you find out with your experiments.  We share the ones that work, as well as the ones that don't, thereby, hopefully, saving someone else from going down a dead end path.  There are a lot of very intelligent folks here (except me, of course) that may be able to add to your efforts.

Bill

Quote from: cindy on April 23, 2008, 02:38:47 PM
 Couples placed too close together will have current flow forward and reverse nearly  the same resembling ac current, further apart is dc but pulsating. 

hmm where was this explanation in the beginning?
Thank you Cindy for bashing it into my skull. I think Hans tried, I sort of remember seeing this but...

QuoteCouples placed in a circle will have electron flow along the edge of the circle as well as cross in the middle as in a tpu.

this is very cool.

QuoteWill try couples in a circle

cindy, Are you making the holes as wide n deep? 20 in x 30 in each?

Thank you again,

jeanna