How do you make a magnetic gas? Stan Meyer's 1982 spark chamber

Stan Meyer's Electrical Particle Generator needed a loop full of magnetized particles light enough to flow like a gas. Figure 10 of his 1982 patent filing (EP 0098897) shows how he proposed to make them: a vacuum chamber with two electrodes of magnetizable material, a spark across the gap that vaporizes their tips into particles, which rise up a non-magnetic pipe, pass between the poles of a magnet, and come out magnetized, ready for the generator. At Deer Creek in 1985 he explained why he wanted gas rather than a liquid slurry: "gas is relatively light versus a liquid substance so you can propel it with a very low amount of energy." Making metal particles with a spark between two electrodes is real, established science: today it's called spark ablation, a standard way to make nanoparticles. The open question is the size. Very small magnetic particles struggle to hold their magnetism, an effect physicists call superparamagnetism; larger ones hold it but are heavier and settle. Is there a size in between that stays magnetized and still flows like a gas? That's the experiment his drawing points at. The patent is on stanslegacy.com.

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 · Deer Creek, Ohio · 1985
• Stan Meyer · EP 0098897, Electrical Particle Generator · filed 1982, Fig. 10 (labels added)
• Stan Meyer · EP 0098897, Electrical Particle Generator · filed 1982, Fig. 10
• Stan Meyer · EP 0098897, Electrical Particle Generator · filed 1982, Fig. 1 (labels added)
• Stan Meyer, Electrical Generator Utilizing Magnetized Particles, EP 0098897 A2, Fig. 10 (priority 9 April 1982) — stanslegacy.com
• Stan Meyer, Deer Creek, Ohio, 1985, at 2:02:34 — stanslegacy.com