Hieronymus Machine - Design and Function

Design and Function

The original "Radiation Analyzer" consisted of a chamber to hold a sample of material, a glass prism to refract the eloptic emanations coming from it, and a copper wire probe on a rotating armature to adjust the angle formed by the prism and the probe. Supposedly, eloptic emanations are refracted by the prism at different angles depending on the material. The detected eloptic signals were fed to a three-stage vacuum tube RF amplifier and conducted to a flat touch plate surrounded by a copper wire bifilar coil. By stroking the touch plate an operator could supposedly feel a sensation of "tingling" or "stickiness" when the eloptic energy was detected. As such, a human nervous system is considered to be necessary to operate a Hieronymus Machine.

Hieronymus subsequently designed solid-state versions of his Analyzers, substituting germanium transistors for crystal prisms and tunable capacitors for the rotating armature. He also designed and built various specialized devices designed for specific functions, including analysis of living organisms and production of homeopathic remedies. The most well-known Hieronymus Machine is the Eloptic Medical Analyzer, which supposedly analyzes and transmits eloptic energy to diagnose and treat medical conditions in plants and animals.