Pulsed DC Transformer with Embedded Magnets

[SchubertReijiMaigo]

Yes your are right tuning forks is a good way to study resonance, I know also sympathic resonance because I know music and play piano every days...
When you play a chord in the low octave and you play (you push delicately keyboard without singing the note) same note but at higher octave. They produce a sound (not a full power yet) by sympathic vibration. But no energy is created. Once again you MUST to search a way to extract this energy without destroying Fo and Q. The Q is the most important value this is your energetic amplication, you can modelize by a simple equation: Ein*Q = Eout.
The foxy trap is also you can have a very well tuned RLC and very low Q (high R component) so tuning at Fo is not the garanty to obtain OU...

[utilitarian]

E5. Any vibrating object interacts with the bombarding air molecules.  The vibration already leads-out or brings-in the molecular motion of the molecules by changing the random motion into pulse ordered motion.  This means molecular motion energy is always brought-in.  However, it is like pushing the swing.  Only at resonance (or pushing at the right time) will the bringing-in of energy be clearly evident.

Isn't this a second law violation?

[XS-NRG]

clown hahahah

[ltseung888]

Isn't this a second law violation?

There is no Second Law violation.  The sound resonance environment is OPEN.  Theoretically, the sound wave can travel around the World.  Theoretically, any air molecule can travel into the sound resonance environment.

[SchubertReijiMaigo]

In my research of information, I have found the "Kwang-jeek Lee" patent.
It explain how to extract LCR energy without disrupting Fo and Q amplification.
Everything is said in this patent, read also " Combine.pdf " everything is said also about resonance high Q, cooling down device, infos for Rotoverter (Resonant motor) etc. The deal may be here.
I hope in several years we can make Ambiant temp Superconducting Coil (R=0). Those crap can have a high Q (Q is infinite in this case) in any load and extract a lot of power...

This is different of your FLEET but it can give ideas, this technology is not marketable (because of the patent) but can be very good for personal/experimental/fun stuff.