My free energy experiment.

[stevensrd1]

The electrons flow into the diode where the line is and emerge the other way,,and will not back flow hardly any,,thats the point of a diode, assuming its just a regular diode and not a zener diode. So for a battery to recharge electrons must be taken out of the positive side and put in the negative side, and the reverse happens when a battery runs something or drains, then electrons flow into the positive side and flow out of the negative, so the line on the diode should point toward the batteries recharging on the positive side since the stronger positive which would be the batteries in series, that series positive will pull the electrons out of the positive side of the parallel batteries. One way I imagine it is like this, think of an electron as more like a wave, instead of a particle, and then you can see how the electron wave flows across the positive and negative side of the batteries in parallel. Yes I can try that schematic nieves, give me some time,,maybe try it later today.

[mscoffman]

This was my original 2 cd motor experiment using 2 AA batteries to recharge 3 AA batteries, thought I would post it since I did not post it when it was mentioned in earlier discussion. Note the diode in the schematic is experimental, if using the diode you may want to spin top motor in reverse, just reverse the power wires to the top motor to do that.   So experiment with it,,Im sure it can be improved.

@stevensrd1

Do you happen to know anything about programming or microcontrollers?
This would be a near perfect application to get the "man" out of the OU
energy loop. Special Microcontroller circuit design procedures would keep the
energy powering the computer out of the OU energy loop to the largest
extent possible. It would be neat to watch the microcontroller run shorter
and shorter until all the batteries are nearly recharged.

:S:MarkSCoffman

[stevensrd1]

@mscoffman

Sorry, I dont have any micro controllers, and there rather pricey from what Ive seen, so cant afford one right now.  As to programming I used to dabble a little in basic, most micro controllers use basic, or the basic stamp chip from what Ive read. Not sure of your meaning in using one in the experiment, unless you mean like swapping the main batteries with the recharged ones, Ive did that with the original one cd motor experiment, it can be done several times. But each recharge done during the swapping was less, Im assuming it was because of the motor using a small portion of the energy up,,and no doubt other natural losses such as heat and so on. 

[stevensrd1]

@nieves

Sorry the design you posted will not work,,it loses to much energy. Only seems to work the best in the way I shown. Of course instead of using 5 diodes, 1 can be used, overall same difference.

[nievesoliveras]

Thank you @stevensrd1!

Maybe this one do the trick!