Overunity Measurements Input and Output metered Simultaneously

Two voltmeters were used at the same time so that you may see more clearly.

There is a gap in between the current and voltage video clips. Rest assured there is no trickery involved, I just didn't want to waste time with connections and disconnections of the meters, plus I only have two hands anyways, if I had four meters then that would have been all the better, but I didn't, so WYSIWYG.

Some people may argue over the meters not reading pulsed waved forms correctly, but I beg to differ. It may not be perfectly accurate, but I say it's accurate enough to give simple readings.

I've been measuring input output powers for a very long time and I am satisfied with charging a capacitor up to smooth out the power then placing a resistor across that capacitor and then using simple Ohm's law calculations which perfectly line up with what the meter reads as far as voltages and currents.

I've also been measuring collapsing magnetic fields like this as well and not once have I ever seen overunity, but in fact a collapsing field is only 82% efficient, and it's always been like that.

When I checked these batteries all six of them were charged higher than what they were when they were freshly bought from the store. This is simply amazing. This is a simple Zero Point Energy Device that causes an inflow of aether into the system.

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The KWH meter demonstrates overunity with much better performance. The Energy required to spin the drive shaft of a KWH meter is a fraction of the Energy powering the load. Also the aluminum disk in a KWH meter will accelerate uncontrollably to infinity breaking the device if/when the braking magnet is removed...

Stop paying their electricity bill and a utility company employee will trespass onto your land and remove the meter until you pay up. The power cannot be shut off to one home without killing the power to an entire neighborhood. Hence the "dumb" meters have been introduced so the power can be shut off remotely without having to send trespassers out to remove meters.

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To help silence the critics, use a simple integrator circuit like this for measuring the Current... Input and Output... it should eliminate all doubt...

It will integrate everything down to a 6sec. time constant... that's pretty close to pure DC. If you feel that's too slow, use a 100uF cap. value instead for a resulting 600msec time constant... that's still pretty good, but will show more realtime drift.

Use the best, tightest tolerance 10 Ohm resistor you can to minimize errors.
Be sure to keep the polarity of the capacitor correct according to the direction of connection.

For higher currents (over 100mA) use a lower value in place of the 10 Ohm... (1.0 Ohm) results in a 1:1 "mV to mA" scaling ratio, but won't give enough measurable Voltage for very low Current levels.