Scalar Wave Experts
I have a question for those that have practical experience in the detection of so called Scalar waves.
I have built and use a number of G0/No GO detectors mounted in shielding so the exclude most RF. Problem is Go/No Go is not able to allow some sort of relative power indication. This is very important and would allow relative measurements similar to those for the RF.
I have seen the ones posted on the net and the one by T. Bearden, but I do not feel we need Superconductivity devices t do this.
Here is a thought I had an am willing to build a device if someone that has such experience will chime in so I do not waste my time.
Ordinary crystal oscillator, (crystal in a can) components in shielding to exclude RF as much as possible. Crystal can exposed. Now would the scalar wave distort the crystal and cause a measurable frequency shift? If so the higher the crystal frequency the greater the sensitivity?
Come on lurkers, help out here.
***Can't wait so I tried it with a 50MHz 5V self contained oscillator. I allowed the counter and oscillator to stabilize and held a constant reading of 49.99998 +/- 1dig. I tried an 18-1 driving a LED board, a 15-3 driving a LED board and an 18-1 driving the towers wireless mode. Guess what, NO! frequency change in the oscillator. Did get the 1dig change now and then, but that was present when exciters were off. So either these little digital oscillator can compensate very well in which case a free xtal should be used or my detection theory is junk.
I have a question for those that have practical experience in the detection of so called Scalar waves.
I have built and use a number of G0/No GO detectors mounted in shielding so the exclude most RF. Problem is Go/No Go is not able to allow some sort of relative power indication. This is very important and would allow relative measurements similar to those for the RF.
I have seen the ones posted on the net and the one by T. Bearden, but I do not feel we need Superconductivity devices t do this.
Here is a thought I had an am willing to build a device if someone that has such experience will chime in so I do not waste my time.
Ordinary crystal oscillator, (crystal in a can) components in shielding to exclude RF as much as possible. Crystal can exposed. Now would the scalar wave distort the crystal and cause a measurable frequency shift? If so the higher the crystal frequency the greater the sensitivity?
Come on lurkers, help out here.
***Can't wait so I tried it with a 50MHz 5V self contained oscillator. I allowed the counter and oscillator to stabilize and held a constant reading of 49.99998 +/- 1dig. I tried an 18-1 driving a LED board, a 15-3 driving a LED board and an 18-1 driving the towers wireless mode. Guess what, NO! frequency change in the oscillator. Did get the 1dig change now and then, but that was present when exciters were off. So either these little digital oscillator can compensate very well in which case a free xtal should be used or my detection theory is junk.
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