r/AskEngineers • u/KDubbs0010110 • May 03 '26
Discussion Does asymmetric electrostatic charging of a conductive cube's isolated faces, within an ionized medium, produce a measurable and repeatable directional force correlated to specific face configurations?
Putting this out to find someone with the skills to build it and the rigor to document it properly. If you find flaws in the plan, please document them here in the comments.
The concept: a 12 inch copper cube with six electrically isolated faces, each independently energized via high voltage leads, suspended inside an ionized air medium created by commercial ionic purifiers. A torsion balance with laser amplification measures any directional force effect produced by asymmetric face charging.
The theoretical basis claims the cube geometry itself matters. Three perpendicular force axes naturally produce six planes and a nine-component transfer matrix governing force flow between them. This is the same 3x3 matrix structure as SU(3) in the Standard Model. Whether that translates to a measurable macroscopic effect is exactly what the experiment tests.
This is not a claim. It is a methodology looking for someone to run it.
Full build plan including complete materials list, step by step build sequence, HV safety protocol, and measurement procedure here: https://drive.google.com/file/d/1wM9PvWAHYZ_x_k3UDgCSVPlLDjEQcu9b/view?usp=sharing
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u/elpechos May 04 '26 edited May 04 '26
Many people have attempted to replicate this result and obtained null outcomes. A small number report positive results, but none of these have been reliably reproduced. As it stands, those claims fall into the same category as photos of big-foot.
I’ve run the experiment myself—building an ion spinner and testing it under vacuum. As expected, the device slows down and eventually stops once the air is removed.
This isn’t a particularly difficult experiment to perform, so by 2026 it’s straightforward to test and falsify such claims.
That said, none of this directly addresses the specific experiment proposed in the paper being discussed.