What is the best way to extract electricity from a pendulum?

[mscoffman]

@rapadura;

It's best if you design experiements where you test for only
one form of overunity energy. That means designing the rest
of a device according to consesvation-of-energy design theory.
If you try to include more than one overunity method, at one
time, like Dennis Lee, you end up finding that nothing works,
and you have no way to correct problems that inevitably
develop. It's an error to think overunity energy is everywhere...
it's only somewhere.

So in the pendulum case when you extract energy by any means
you slow it down...it's the experiementers job to then include
an overunity energy gain process to speed it back up.

:S:MarkSCoffman

[TechStuf]

So in the pendulum case when you extract energy by any means
you slow it down...it's the experiementers job to then include
an overunity energy gain process to speed it back up.

Actually, the pendulum is one of those peculiar cases (specifically, a compound pendulum) whereby the proper configuration alone, may produce overunity.  The principle of pendulaic force squaring shows this to be possible.


If I were new to the arena, I would start by measuring a static fulcrum pendulum's output and experiment, looking for a simple way to cause movement of the fulcrum without decreasing output as compared to the static fulcrum setup.  Remember, the pendulum weight itself, makes for an excellent fulcrum.....


Pendulums and piezos are made for each other.  Piezo pulses stored in a capacitor or connected to a solenoid can put quite a 'kick' in one's research.  There are numerous ways as well, to produce prodigious magnetic field changes with near zero added drag to a rotary magnetic system, over the friction of air and bearing losses alone.


There are truly myriad ways of re-writing the 'Lentz Legacy'.


TS