Non-Local Mechanical Coupling
(c) Robert Neil Boyd

In electrical theory, energy transfer between source and load is best accomplished when the impedance of the source matches that of the load.

In the mechanical sense, energy transfer is best accomplished in the case of equality of masses. This is the mechanical equivalent of electrical impedance.

Tesla's Magnifying Transformers, with units at large distances from one another, best couple when the MASSES of copper in the transformers are EQUAL. Differences in the numbers of turns of copper windings do not matter in Tesla's Magnifying Transformers as long as the masses of copper are equal.

This is a MECHANICAL coupling, NOT an electrical coupling. The fact of this proves that there is a material connection between the Mag. Trans., which most probably is comprised of massive particles of some kind which are NOT electrons but have charge. The fact that this mechanical coupling has been proven to be faster than light, also supports the possibility that the coupling between the Magnifying Transformers might be subquantum particles which are allowed superluminal velocities by way of convective activities.

Godin has commented that the observations of temperature drops in the region of his experimental apparatus may be attributed to non-ordinary particles. These same particles may be the agent of mechanical coupling observed in Tesla's Magnifying Transformers, when they are built in accordance with the specifications in the Tesla patent, and subsequently energized by HVDC high dv/dt impulses.