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That's rather vague.

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the oxygen atom wants free electrons, and they have to come from some where

You've mentioned this a couple times.  But you don't really elaborate.  Hydrogen and oxygen don't combine into water just because they are mixed together.  Once separated whether by electrolysis or some other means it would take an ignition source to recombine them.  So please elaborate.

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Oxygen wants free electrons. simple. Oxygen will bond to H atoms by the free electron or turn steel to rust. It's the free electrons in both cases.
nothing new there. we all know this, but Stan Meyer told everyone to block current. He did not show his circuit diagram.


a FBT in discontinuous mode, discharges stored energy. a normal transformer is based on winding ratios and can't do that.

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Again, what you're saying doesn't really make sense.  Hydrogen will only bind to oxygen in gas form after it is ignited to start the reaction, which then creates the water molecule.  Otherwise, once separated, they stay separated.

The VIC's chokes are not a FBT.  The secondary attempts to energize both chokes simultaneously.  If anything the primary and secondary could be FBT.

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The sec is open circuit, when the pri is active
The pri is switched off (open) and then the sec is active, and the diode is switched on

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The sec is open circuit, when the pri is active
The pri is switched off (open) and then the sec is active, and the diode is switched on

Whatever dude.

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The FBT discontinuous function is available to anyone online

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The FBT discontinuous function is available to anyone online

Any yet nobody else has solved Meyer's riddle yet.  Hmmmm....