Outline: On Friday, 2009/10/16, I ordered 50 piezo elements, and 10 electrets to start a new line of experiments to understand and break the mysterious 10 pA barrier.
The diodes & piezos produce sufficient voltage, over 3 volts for piezos, and over 1/3 of a volt for diodes. The passive components are able to store up energy, enough to flash an LED, but when it comes to producing a continuous DC current, the limit so far has been ~ 10 pA regardless of the components size. Also it appears that directly parallel such components is also limited to 10 pA, but further experiments are needed to verify this. The diode experiments have shown that two diodes in parallel produce half the DC voltage. This is a problem. The goal of the following experiments is to break this mysterious 10 pA barrier.
The problem this research has encountered is the incredibly long duration of each experiment, lasting months per experiments. After extensive experiments, I can safely say that shielded piezo's produce DC current & voltage. Other scientists have verified this. See Unknown energy flow between charges for the correlation between diodes, piezos, and other areas.
The two main theories to explain this are found in the hypothesises section of this blog site --> Peering into the diode, High voltage experiments, and Unknown energy flow between charges.
It is now time to understand and break the mysterious 10 pA DC barrier. Therefore, with the help of some saved up money, on Friday I ordered 50 piezo elements, and 10 electrets. These are not the Radio Shack piezo elements. Radio Shack piezo elements cost $2. The ones that will arrive this week cost ~ $0.50 each. So the first experiment will be to see how well these piezo elements perform; i.e., how much DC voltage they produce, and to see if they can flash the efficient LED ~ 1 to 2 times per day.
Once that experiments is complete, the main experiment will be to connect a large high frequency inductor between each piezo, all connected in parallel, to see if it will break the 10 pA barrier. Each inductor will be between each piezo in hopes of isolating enough parallel noise between each piezo. This experiment, initially, will consist up to maybe a 1/2 dozen piezos & inductors at first. The inductors will be made with high frequency Metgal crystalline & amorphous magnetic cores. As usual, everything will be contained inside a thick Hammond Aluminum diecast metal chassis.
Created on 2009-10-19 13:44:03 by EnergyMover
FE electrets, FE Misc devices, FE piezos, Free energy, Free energy devices, Piezo experiments, Science, Electret, Free energy, Piezo, Piezo experiments