In a recent blog I note that the mechanical Knife switch should be at least 10 Tohm, but that's not to suggest it's sufficient, mind you. I'm beginning to wonder just how high of resistance the undisturbed diode reaches. The depletion zone of a typical diode is comparable to glass, and recent experiments are showing that insulation resistance of insulators ***slowly*** increase over time.
Quote from my blog -->
"Tom Bruhns found that in just 24 hours the insulation resistance was up to 7.2E+22 ohm! What’s interesting is that the predicted Johnson noise from 7.2E+22 ohm resistance is 91 *Million* volts rms! Initially one would ask why there are no sparks across the capacitor if the Johnson noise is 91 million volts. The answer is simple. The predicted noise current is far too low for detection being at 1.3 fA rms. There are no known instruments capable of detecting 1.3 fA noise from a 7.2E+22 ohm impedance source!"
So from one minute to 24 hours a typical low leakage capacitor insulation resistance rises from ~ 100 Gohm to 7.2E+22 ohm and kept climbing. I believe that over a relatively long period of time highly shielded matter slowly enters into a new highly sensitive state that conventional science is unaware of. Even the slightest disturbance can destroy the state.
Created on 2009-08-13 19:18:51 by EnergyMover
FE diodes, FE Misc devices, Free energy, Free energy devices, Science, Diode, Free energy, Misc, Old theories