Light without resistance is darkness. This incontrovertible fact was painstaking and persisting discovery made by Thomas Edison in the late 1800s. His invention of the first incandescent light bulb was based on the scientific fact that the filament inside the bulb connecting the ends of two electrodes has very high resistance. Unfortunately, the high resistances also allow most of the metallic filaments to quickly melt away. However, Edison’s acute inventive common sense and highly developed scientific intuition finally allow him to search for parallel fibrous instead of crystalline molecular structure as the preferred filament choices. The first to successfully burn brightly for 1,500 hours were the fibers of Japanese Madake bamboo. His discovery of organic fiber substitutes over metallic fiber made him a very wealthy scientist.
Edison’s discovery allows the hypothetical scientific explanation why the quantum vacuum practically has no resistance. This tiny quantum vacuum resistance is inversely proportional to the vacuum speed of light. For the quantum vacuum to have zero resistance would then mean that the speed of light is infinite. On the other hand, if the degree of resistance of the quantum vacuum can be measured then it is possible to derive limitless energy from the false quantum vacuum with the true quantum vacuum being set at truly zero resistance.


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