Quantum Theory of Gravity - "QTG"

21. The Biefeld-Brown Effect.

                The Biefeld-Brown effect finds practical application in Lifters, which are strange constructions, usually of a considerable size and with the most varied formats. Lifters are simply large capacitors which float above the ground when subject to strong electrical fields. These capacitors generate an inertia in the direction of the positive pole when subject to a high voltage.

Figure 10 illustrates what happens to this capacitor when balanced against a weight on a scale. In figure 10a, the capacitor is uncharged and the scale is balanced. in figure 10b, the capacitor is charged with the positive pole upwards and its weight is reduced, while in figure 10c, the positive pole is downwards and the weight is increased. The inertia remains until the capacitor is discharged.

Lifters have been studied for some time in a number of experiments. As a result, their geometry and extremely light materials have been optimized to the point where they are able to float or levitate with good stability. Even so, their yield is low, and they are barely able to lift their own weight.

Figure 11 demonstrates how the phenomenon is explained by the Quantum Theory of Gravity. The atoms that form the capacitor dielectric undergo a polarization when subject to a high voltage, and this polarization causes the electrons in the outer shells to be concentrated towards the negative pole, while the nuclei move towards the positive pole.

Next Chapter:   22. The Graviton ?