At Google plus I just posted an outline of the mysterious Disturbance effect. Topics include: Diodes, piezos, flicker noise, cold fusion / LENR, 10pA effect, and the disturbance effect, and E-fields. https://plus.google.com/114406100325587917834/posts/VP7v9wNwEYY The correlations to the Disturbance mentioned in the ...
2012-03-04 10:23:10
Last night I took a measurement on a large electrolytic capacitor that's has also been connected to a load for what seems forever. It's a 4700uF electrolytic capacitor rated to 35 volts. It's been connected to a 53 Mohm resistive load. Last night, 2011/10/2 at 18:55, 72.5F, it was producing 0.7mV = 13pA. I think it's ...
2011-10-03 11:58:59
While waiting for my magnets to be delivered, I've been thinking to myself: In Quantum Mechanics, the quantum foam hypothesis suggests there are *tiny* wormholes that appear and disappear all over the place spontaneously at the Planck scale. The diameter of a wormhole is difficult to say, and such a question may not ...
2011-01-06 20:39:03
Well, regarding the last two posts. It may have been a short lived idea. Although it's still possible. The reason being is that years ago my first diode tests were done inside an oil bath. Those were the microwave diodes, SMS7630, that are known as zero bias diodes because they have extremely low resistance at and ...
2011-01-06 18:33:02
A possible explanation for the previous blog post. Have you ever measured the resistance of a good amount of water by sticking two probes inside the water? Of course you need probes that won't cause any appreciable electrochemical reactions, but if memory holds true (that's questionable, lol), the resistance is ...
2011-01-06 18:17:20
I had a thought that maybe the 10pA is caused by *static* air *slowly* ionizing over time, and *maybe* it has a 10pA constant. Hey, that's a huge stretch, but worth testing for. I've noticed that the unknown excess energy effect has extraordinarily slow reaction time. So consider the following scenario --> ...
2011-01-06 18:09:42
Regarding the thread, "LTspice shows diodes rectify johnson noise", at the LTspice EE forum, the moderator said he's going to delete nearly all of the discussion. So I had to quickly grab all of the posts and place them here. Maybe some good can come of this discussion. Here it is --> +++++++++++ By Me Mon Sep 27, ...
2010-09-29 18:33:44
The 100 uF electrolytic capacitor connected to 100 Mohm load that's inside the freezer is still producing current. Yesterday it was producing 0.5 mV = 5 pA. That's amazing since the temperature is around 3 F. The piezo element, PS1720P02, connected to 20 Mohm load was producing 0.1 mV = 5 ...
2010-07-20 18:10:54
Yet another experiment was added yesterday. On 2010/7/15, 13:50, a 100 uF electrolytic capacitor connected to a 100 Mohm resistor was placed inside a thick small plastic container, which was wrapped inside a very thick sock with two wires connected across the capacitor extending slightly out of the sock. At 14:26 ...
2010-07-16 14:40:27
The following graph shows how the electrolytic capacitors current varies with temperature. At normal room temperatures it appears the majority of the DC current is due to electrochemical reactions due to the electrolyte. This will vary from capacitor to capacitor. The graph contains two different capacitors. As you ...
2010-07-15 18:48:38