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
Since this blog site is getting a lot of web traffic, could people please give me a heads up notice before slurping the website. Otherwise I could easily be seen as an attack on the server and blocked from the site. See my contact link in the sidebar or header to contact me. Also, please abide by the robots.txt file ...
2010-07-20 14:39:03
Today I'm doing a little bit of research on Floyd Sweet, that Tom Bearden has named the VTA. IMO this device seems legit. Anyhow, in continuing from my previous blog, #1 Research Recommendation, of course one wants to measure efficiency, but when researching devices such as the Floyd Sweet VTA, one could also monitor ...
2010-07-17 16:25:51
I cannot say this enough. By far the #1 excess energy recommendation is --> QUICK EFFICIENCY MEASUREMENTS!!!!!!! Seriously folks, this is by far the biggest problem in the free energy community. Regardless of how much hassle it is, it is so important. The reason measuring efficiency is vitally important in this ...
2010-07-17 16:06:53
I have not taken measurements lately because I'm doing a lot of research on building a battery. All is good over here, as things are getting exciting! :-D ...
2010-07-17 15:54:12
I would encourage *EVERYONE* to conduct excess energy battery experiments. What is great about this research is that anyone can make such batteries. You don't need fancy equipment like an oscilloscope. And I'm telling you that at most it will be a few more years before this technology starts powering devices, and ...
2010-07-16 14:56:07
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
I added two more experiments. 1) A piezo element. 2) An electrolytic capacitor freezer experiment. The rest of the electrolytic capacitor measurements are similar to yesterdays measurements. 2010/7/14 11:31, 1 x 0.47 uF #1, 22 Mohm, 74.4 F, 1.1 to 1.2 mV = 50 to 55 pA, ceramic magnet 13:42, 1 x 0.47 uF #2, 22 ...
2010-07-15 16:16:39
Another great day for electrolytic capacitor measurements. Here's the data. 2010/7/13, 13:42, 1 x 100 uF, 132 Mohm, 39.2 F, 0.0 mV, refrigerator setup 2010/7/13, 14:40, 1 x 0.47 uF #1 setup, 22 Mohm, 73.7 F, 1.1 mV = 50 pA, before placing on ceramic magnets 2010/7/13, 15:02, 1 x 0.47 uF #1 setup, 22 Mohm, placed on ...
2010-07-14 15:56:19