Text: If the movement of two free electrons could be entirely stopped, all the EM bleed-off of the 5-d G-potential between them would be effectively zeroed or blocked. Then the 5-d G-potential would be forced to totally bleed-off into ordinary the 4-d G-field. For two electrons, this could increase the gravitational force between them by a factor of 10^42, if the EM bleed were perfectly blocked. However, such perfect blockage of the 5th dimensional EM bleed-off cannot be accomplished in practice. Normally, with the increase in potential caused by zero-summing, agitating electrons in a statically charged object agitate more intensely, moving and squirming in local, erratic constraints. However, conversion efficiencies on the order of 10^-10 or 10^-20 are achievable in ordinary circuitry. In that case, gravito-inertial amplification gains of up to 10^10 or more or even 10^32 appear to be achievable. Gains of 10^10 or more appear to be fairly readily achieveable. Time delay in producing the gravito-inertial effects may be experienced, however, because mass (nuclei) act much as capacitances to incident scalar waves, exhibiting capacitive charging and discharging time constants when charging scalarly for a particular effect.

See Also: STRAI; DOMINANT; POWER FROM VIBRATION; LATENT; NEGATIVE ATTRACTION; NEUTRAL CENTER; CENTRALIZATION; LAW OF OSCILLATING ATOMOLES; LAW OF VIBRATING ATOMOLIC SUBSTANCES

Source: 132