The Resolution of the Mystery of the EV Conversion of the Ammann Brothers of 1921

infinite reactive potential power, aka. free energy

eric,dollard,charles,proteus, steinmetz,oliver,heaviside,nikola,tesla,

This is an attempt to replicate the Ammann Mystery of 1921.

How did they run an EV all over the streets of Denver, Colorado, without the assistance of any battery powering their electric vehicle, yet, with the consequence of ruining everyone's access to the energy within the utility grid, nearby?

Well... For starters... They probably wound their transformer in a manner similar to that of Nathan Stubblefield's Electric (Earth) Battery (Generator). For, he wound his primary coil using bare copper wire sheathed with a cotton sleeve. And for his secondary bifilar winding, he used bare iron wire without any insulation.

This reminds me of the Oliver Heaviside solution to the trans-Atlantic telegraph cable problem of the late 19th century resolved by wrapping insulated copper cable with a ribbon or wire of iron to enhance the magnetic field and suppress its dissolution along the length of this first instance of a coaxial cable.

The electric field had no trouble getting across the Atlantic ocean. It was the magnetic field which slowed down and eventually never showed up at all at the opposite terminal giving nothing but useless noise, instead of clearly defined dots and dashes, at the receiving end of every communication.

This solves the mystery of what was the iron wire good for inside of the Ammann brothers' drum strapped to the front end of their EV conversion.

As for the "mineral", it may have been "mineral oil" (a petroleum product) in which their transformer coils were immersed to prevent arcing at the high voltages which overunity circuits tend to operate at.

Or, it may have been their use of the natural minerals of trona (sodium sesquicarbonate) or borax dissolved as the electrolyte of a liquid diode in which the anode was an aluminum plate (covered in aluminum oxide to give the diodic effect) and the cathode was a plate made of lead. This style of construction was popular a century ago for making diodes. Nowadays, we'd use something else other than lead (such as: copper, nickle, or zinc) for the cathode.