Stan Meyer's "miniature controllable sun": the Optical Thermal Lens he called Easer

Among Stan Meyer's memos is one titled "A Miniature Controllable Sun" (WFC 429, Optical Thermal Lens). It opens with the questions he also asked out loud in Denver in 1997: how does a seed grow a 90-foot tree when it doesn't take in enough nutrients or sunlight to make a single atom? His answer was what he called "Particle Oscillation" as an "Energy Generator": put hydrogen-enriched gas in a high-temperature quartz tube between voltage zones, pulse it with his Voltage Intensifier Circuit, and electrical stress, not current, makes the atoms give off radiant energy, which a focusing lens sends to a target that turns it into heat for industry. He named the technique "Easer": "the stimulated spontaneously emission of electromagnetic radiation from the hydrogen atom… by way of Electrical Stress", a nod to the laser. Atoms giving off light under electricity is ordinary physics, the glow in every neon sign and fluorescent tube, and his memo lists those itself as prior art. His claim goes further: that voltage stress taps what he called universal energy. The memos give a design and no measurements, so the open question is a meter on each end: power in, light out. Sources 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 lecture · Denver, 1997
• Stan Meyer · Optical Thermal Lens · WFC 429
• Stan Meyer · Figure 5-10: Energy Aperture of the Atom · WFC 429
• Stan Meyer · Figure 5-1: Hydrogen Energy Balance · WFC 429
• Stan Meyer, A Miniature Controllable Sun; A Technique Called Easer; Optical Thermal Lens; Figures 5-10 and 10-2, WFC 429 — stanslegacy.com
• Stan Meyer, Denver, 1997, at 33:20 — stanslegacy.com