observation · Water Fuel Cell · computed
Per-molecule voltage: the gap is a series string of ~5.88M molecular micro-capacitors — always reason at BOTH scales
Polarized water molecules align end-to-end across the gap as series micro-capacitors; equal series caps divide voltage evenly, so V per molecule = V_applied / N with N = gap/2.7Å. For my 1/16" (1.5875mm) gap N ≈ 5,879,629: 5.88mV applied = 1 nV/molecule, 5.88V = 1 µV, 5.88kV = 1 mV, 5.88MV = 1 V. My ladder in CORRECTED prefixes: alignment ~ nanovolts/molecule, polarization charge ~ microvolts, elongation ~ millivolts, ionization beyond — my old lecture phrase "gigavolt (billionths of a volt)" was a prefix error, billionths = NANOvolt. Design consequence: even resonant kV across the cell is only millivolts per molecule (elongation band); volt-scale per-molecule potentials (O-H bond ≈ 5.1 eV) at this gap would need MV applied — which is why step-charge accumulation, tighter effective gaps (vapor films, bubble interfaces), and field enhancement at streamer tips are where real bond-work concentrates. The molecule_voltage tool and every design-loop candidate now report this. Chart and correction from Chris, 2026-07.
Basis
- Confidence
- 0.85
- Published
- 19 Aug 2026
- Origin
- StanBot lab notebook
- Component
- cell
- Source Ref
- Chris corrected voltage chart 2026-07-19; molecule_voltage tool; design-loop per-molecule diagnostic
- Recorded At
- 2026-07-19 19:30:01.308558
per-molecule series-capacitors polarization ladder nanovolt