Selfrunning cold electricity circuit from Dr.Stiffler

[Loki67671]

@Loki67671
Hey man! (new generation saying) you are going farther than you need to go here. This is great stuff and what you have setup is fantastic, but remember it you have some gear with a combined error of say 20-30% and you have an Exciter running at 2+, you got no problem.

This setup really looks good, indeed. The one minute sampling may have to be adjusted after your first calibration run, if you do not want to post the cal run, could you send it to me direct as I have a few programs that can look at it.

So you are going to monitor water temp in the heat exchanger, the temp in the chamber where the SEC is at and the ambient? Or just the water and the ambient?

Can't wait to see data, great job and thanks for all the hard work you are going to to prove this to yourself.........

Thanks...

@Dr. Stiffler
I was thinking that after I was sure the measurements, as I have set them up, have valid meaning that there was only need for heat exchanger temperature and ambient temperature in the COP calculations. We use the offset obtained from the calibration runs to account for the mass beyond the 500g of water so the chamber temp really has little meaning except that I can use it to monitor for unsafe high temp condition.

Now I must pass an observation on. This entire set up is floating. There is no connection to an earth ground beyond the supply primary side. It is like a electrostatic bubble for sure. Now with this running and a DMM reading Vpout in millivolts from the power sensor IC I can literally "press on the field" by moving my hand just into the field and watching the DMM power meter, which shows an increased input power when my body interacts, ion flow  , and also shows a return to the exact starting point, decrease in ion flow  , when I move my hand back with amazing sensitivity. The changes are not very large and in the milliwatt range but they are very consistant and repeatable. The "bubble" is fairly good size. It will be interesting to map this field if I can. 

@all,
Anyone know where I can get my hands on a hollow copper or aluminum sphere about 12 inches in diameter? I have another idea, oh hell! 

Best regards,

Jim

[powercat]

@all,
Anyone know where I can get my hands on a hollow copper or aluminum sphere about 12 inches in diameter? I have another idea, oh hell

Hi Jim
Is 8 inches ok

copper
http://oldworlddistributors.com/cart_float8.html
aluminum
http://www.calibrationspheres.com/

great work
pc

[gotoluc]

@gotoluc
I would not trust any readings with floating leads. I would build a LPF with an r load approx = ohms/volt for the DMM and a few 0.1uF and 0.01uF across the load R.

The arc is putting out a ton of RF and it may indeed cause the meter to error. Then to the coil is outputting RF and this could also be very significant. Try putting say a 100K and a 0.01 in parallel across the load.

I do believe in Cold Electricity, but do not in Negative Electricity as this in my mind is similar to 'antimatter' and would cause a big reaction if it were present.

Nice video, but don't have much more to offer.

Thanks for your diagnose Doc. I'll try the resistor. Here is a small gift for your time: http://www.megaupload.com/?d=64SGT5HB it's a new video of a very clean close up of the cell, any closer than that and I'll need a submarine. The avi video file is 57mb and looks very good. I uploaded it to megaupload to keep it clean instead of Youtube minimum quality. You just need to enter the 3 letters megaupload ask for and click download then wait about 30 seconds and then click free download. If you can't play the video on your computer then install something like Cole codec pack (regular version is fine) and it should play just fine.

Added: Cell voltage is at about 93 volts and the circuit is drawing about 42ma.

Enjoy

Luc

[Loki67671]

Hi Jim
Is 8 inches ok

copper
http://oldworlddistributors.com/cart_float8.html
aluminum
http://www.calibrationspheres.com/

great work
pc

@powercat,
Thank you very much, that will probably work great. 

Best regards

Jim

[nickle989]

Where are the smaller bubbles coming from, the anode or the cathode, I would bet the cathode??? This is a case where the balance of H2, O2 release is not in balance. See my video where there is only H2 released.

The anode and cathode will not release H2 and O2 like you are thinking ... this is a variation of a BB series cell, not sure who first tried this on a different site, however you will find that because of the plate arangment that one plate will release both H2 and O2 (depending on the voltage) but the plate will release H2 and O ... depending on the anode and cathode placement and it does not matter if the cathode is in the middle ... and the anode's are on the outside ... the cell will conform but in lesser way, you would be better to remove the outside plates from either side of the cathode ... and do not emerge the plates in complete solution ... as the atomic level passes through the inward flux lines of the plate ( I am not talking magnetics here) there is a jump in power providing better energy transfer ...
that is one of the beauties of the BB series cell.  Of course this is in my findings without a SEC doing the work ... for now

@gotoluc ... when you try the placement more closer to the cell try it to the upper cathode side and then to the upper anode side and see if there is a difference.  Just courious.