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How Stan Meyer said voltage pulls a water molecule apart: stretch, repel, trigger

Stan Meyer said voltage alone could pull a water molecule apart, and trigger its atoms on demand. His steps, in his own drawings and his own voice: the molecules turn and lock, they stretch, the oxygen gets more negative and pushes the shared electron away while the hydrogen pulls it in, and the bon

The archive's own copy, 29 September 2026 15 MB

One of the shorts. Flip through all of them.

What was shown

Stan Meyer said voltage alone could pull a water molecule apart, and trigger its atoms on demand. His steps, in his own drawings and his own voice: the molecules turn and lock, they stretch, the oxygen gets more negative and pushes the shared electron away while the hydrogen pulls it in, and the bond switches off. And the one place the field is strong enough to matter.

About the voices. The narrator is NeuralStan, an AI voice the archive uses for its made films. Where you hear Stan Meyer, it is Stan: every word of his is cut from an original recording, and nothing he says was synthesised.

Sources

  • Stan Meyer · house meeting, New Zealand · 1989
  • Stan Meyer · Fig. 3 · © 1981
  • Stan Meyer · Fig. 2 · © 1981
  • Stan Meyer · Figure 20F, Hydrogen Fracturing Process
  • Stan Meyer, New Zealand 1989, part 1: "the water molecule starts to elongate" at 28:08, the covalent electron at 30:06 — stanslegacy.com
  • Hydrogen Gas Gun Technology: Natural State, Alignment, Polarization Charge, Molecular Elongation, Atom Liberation … Atomic Triggering on Demand — stanslegacy.com
  • Stan Meyer, Fig. 2 and Fig. 3, © 1981; Figure 20F, Hydrogen Fracturing Process
  • Episode 22, Torque, Not Tension: where the field is strong enough — stanslegacy.com/episodes/torque-not-tension

shorts stanmeyer water hydrogen chemistry physics voltage