On my Facebook wall I just posted a bunch of photos taken from yesterdays high voltage experiments. Wow, I nor the camera can't even describe the colors of these sparks. Perhaps there's a lot of ultraviolet near the visible spectrum. Not sure. They're bright and vivid. They have deep peach mixed with violet with the addition of an indescribable color. In one of the photos there's a resistor with a peach/ultraviolet flame shooting out near the middle.
Anyhow, the goal is to reproduce the chill effect on a *consistent* basis. Over the past several month I've seen the chill effect in the high voltage experiments dozens of times, but then again I'm doing this ~ 10 hours per day and almost 7 days per week. The chill effect comes in waves, so it's not like I see it everyday. On such a rare day I'll see the chill effect perhaps dozens of times. Taking such an experiment to a University and expecting the chill effect to popup is unrealistic. And besides, for the most part I give up on academic scientists, and to be more specific I give on people, LOL. It's no longer a mystery to me why such technology is completely unknown to humanity. One reason being is that this kind of research requires a rare property from the science researcher, a ridiculously amount of perseverance and patience. And when such a person gets such rare events, how is he or she to prove it to a community of people we call academic scientists who do *not* have such patience?
The way I'm measuring the chill effect is with thermistors and a non contact thermal gun. So it is real. Furthermore, once during the Hue device the chill effect was so substantial that I could feel the cold air with my hands. Lets just say that this sphere of area around the Hue device was so cold that it was like dipping your in a hole that is surrounded by solid ice. Again, these effects quickly vanish within minutes, at least they have for me. The effect fades with time, and it's difficult to say when it will reappear again. With the Hue device the chill effect appeared briefly every once in awhile, and this slowly faded over the month such that the chill effect was gone, which I call the disturbance effect. At least with the high voltage technology in the range of ~~ 5 watts the chill effect does not appear to be slowly fading. As seen in years of highly shielded undisturbed diodes and piezos, the disturbance effect does not mean the excess energy effect is gone. It means these effects are greatly dimished. I gather there's a lower limit, a floor with the disturbance effect. When the chill effect is noticeable in the high voltage technology, it's most likely still well within the disturbance state, but the voltage levels are high enough to bring the effect into the measurable region. With low leakage highly shielded *undisturbed* diodes, the typical voltages were ~ 0.2 to 0.4 volts. As comparison, my high voltage experiments are on the order of 5,000 to 120,000 volts!
BTW, yes, I *firmly* believe these effects are all based on voltage. Within the diode is an intense built in natural occurring electric field at the junction. Piezo elements are made of ferroelectric material, which produces an intense electric field. Voltage = -Electric field * distance. According to academic science, such internal electric fields will only produce electrical current at the moment the component is created, but the current will stop. What we're (numerous academic scientists, some who have a PhD in physics with the addition of a degree in Electrical Engineering) seeing in these passive components is an unknown effect. The key ingredient is that the passive component has to be *undisturbed* for an appreciable amount of time, preferably a few weeks. As for the ~ 10pA effect, I think this is absolute floor level of this unknown voltage effect at *DC*. The key ingredient to the Tesla Impulse technology is extremely short voltage spikes. If it was merely DC, then I believe the radiant electrical current would be ~ 10pA. The faster the spike, the better.
Created on 2012-01-23 11:24:50 by Energy Probe
Misc, Science, Free energy, Free energy devices, Hue device, FE Misc devices, FE piezos, FE diodes