Since both Meyer and Bearden talk about tapping ZPE / vacuum, both must be considered. Maybe bearden does explain a big deal that fills the abstract knowledge gap of stan.
You do have made the correct connection.
Net zero vector E-field: in the max. stresszone of the WFC, which is in the middle, vectors of B+ and B- create a _net_ E force vector of zero,
Stan shows many ways of keeping B+ and B- balanced and in phase, like referencing both to 0v trough the amp inhibitor circuit and making the second
choke tunable to match the first choke (fig. 8-10), so the stress zone is always net zero vector.
Suggestion based on limited knowledge: Maybe the pulsing huge stress zone pulls in negative energy from the vacuum through the water atoms.
a moving charge in an E-field generates EM waves, Stan mentions this in the classroom video, and on the fig. on page 10-10 (signal 917)
should we consider these generated EM waves?
just watch out you don't rip spacetime open too far, or you'll be sucked in, into limbo, or a wormhole
.
(if you haven't got the bearden book but want it, you can download it)
http://www.bibliotecapleyades.net/bearden/ferdelance/s18.htm
An artificial potential is deterministically patterned spacetime stress, made by opposing E-fields and/or B-fields so that they sum to vector zeros in a special pattern.
The resulting zero-summed envelope has no EM force field, to an external observer/detector.
edit:
remember from eftv7, how negative energy creates a charge on the battery, which charges the battery over tme without anything conncted.
Maybe when oscillating the water molecule, this same energy enters (the precursor of E potential) and creates a similar charge on the molecule (making it charge neutral, releasing the covalent electrons bcause no need for the charge, blablabla).
dunno, give it a thought.
