The Mach Effect describes a relationship between a particular mass and the universal mass. The physicist and philosopher Ernst Mach said in essence that the inertia (a measure of mass) that an object exhibited was caused by all the other masses in the universe.
This is easy to understand if one considers a single object in an otherwise empty universe. How do you measure its velocity? There is no reference by which to measure its coordinate change, therefore there can be no velocity. If there can be no velocity then there can be no resistance to a change in velocity, therefore no inertia. A subtle but logical argument.
When applied to the wormhole generator the Mach Effect shows that if a material's electrons are shielded from the universal mass, then the large and negative “bare mass” of the electron will be expressed.
This argument follows from the fact that electrons are surrounded by a sea of virtual particles and these virtual particles have a large positive mass. The electron's measured mass is very small, therefore, according to simple addition, the electron's intrinsic mass must be large and negative. This “exotic” mass would display negative gravity and this along with the huge bare mass is just what is needed to open and keep open the mouth of a wormhole . . .
Source:
Wormhole Physics 101, 8th Edition, by Dr. Elias Mach
Copyright 2640 C.E.- Chapter 1, Page 23
The Mach Effect
Introduction to the Mach Effect
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