12 times more output than input, dual mechanical oscillation system !

[MarkE]

Hi TK, not sure if you are directing this comment to me as I said nothing at all about the video being unusual.

I posted the video because it shows three different configurations of unbalanced wheels and the different types
of vibrations/shaking they can produce on the frame, and I was also wondering if in general there is less vibration and shaking
from an unbalanced wheel at higher RPMs, or if it is just that as long as you are above or below the RPM of the resonance
point of the entire system that there will be a lot less shaking and vibration. Maybe there is someone around who has
a good knowledge of mechanical systems that knows the answer.

All the best...

Generally, a resonance is more likely to get excited when a system is excited above the resonant frequency, because doing so there is a likelihood of subharmonics that are close to the resonant frequency.

[Void]

Generally, a resonance is more likely to get excited when a system is excited above the resonant frequency,
because doing so there is a likelihood of subharmonics that are close to the resonant frequency.

Ok, thanks. That's interesting.
All the best...

[ltseung888]

Glad to see more active and constructive comments.

The working QMOGEN inventors are happy to have the roadblock removed.  There is at least one scientific explanation on the source of their energy.

Divine Wine is to be shared...

Lawrence
See reply 2826

[memoryman]

You are deluding yourself if you think that there is even ONE working QMOGEN out there.
None of these videos show one.

[ltseung888]

UL test

Dear noonespecial,

Please supply more detail on the mentioned UL test.  Thank you.

Lawrence
See reply 2826