Having been fascinated with the pyramids for years, I finally decided to build one. I do not believe they were ever built as tombs. That's simply ridiculous. I really liked Christopher Dunn's book on how the Great Pyramid was a power plant. I have also read over the years that pyramids had special properties and energies which defied accurate measurement or explanation, and also that pyramids could be used to sharpen razor blades, among other things.
I decided to use my pyramid (1m base w ~45 Deg sides in styrofoam) to test this. although the experiment on the razor blade is ongoing, I thought I would throw this out to the community for comment and answers.
I took an 82 ohm - 1% resistor, and measured the resistance with a meter at 81.1 ohms. I then put the resitor in the pyramid and left it undisturbed for a week. (in my living room in my 2nd floor apt) I measured the resistance today, with the same meter, and it measures 82.2 ohms.
I know there are theories of 'matter condensation' out there, with regards to pyramids, and I think maybe the razor blades were never sharpening, but decreasing in size. This was why I chose to measure electrical resistance, because I figured that if the block of carbon decreased in size, that the resistance would go up, which it has.
I will now be repeating the experiment, with a more precise meter, and try for more controlled conditions, and more intervals of measurement, but my pyramid is probably poor, for it is not a true solid.
I believe that it is possible for the meter to have developed variations over the week, for it has been used for other uses in that time, but I do not believe that resistors would change their resistance in a week, if maintained at room temperature. I believe the ceramic coating prevents any changes in resistance or conductivity based on humidity. What other factors may be applicable here to explain the measured changes?
Let me know what you think.
Chris
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