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Originally Posted by Carl-NC
By "fixed frequency," do you mean zero Hertz? The Electroscopes are DC circuits, no frequency involved at all. It's just a battery, and a resistor that drains the battery.
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DC? Well, Yes... but not exactly.
When we look at the Rangertell, we see the calculator is not electrically connected to any of the wires or components inside the enclosure. Yet we are told that it is transmitting by means of shooting a carrier signal line which returns from a target.
How? Enough power radiates through the calculator enclosure and leaks into the bent wire below, whereby it is transmitted long range to buried metals, then returned to capacitor-like cells in the user's hand. Sound hard to believe? Well look at all the proof that hung has supplied to prove it.
But what about the Electroscope? ...DC?
Sure, when you open the enclosure, it looks like a battery that is drained by a resistor. But wait... What kind of resistor? Have you ever read a report on electronic noise caused by metal film resistors? In fact, Metal film resistors are not the only components to introduce noise into a circuit. Even solder joints can add very slight amounts of current depending on temperature (thermocouple effect). If you look at this noise signal, you will see it has an AC component that covers more than one frequency, but perhaps is hard to identify any particular frequency in the circuit noise.
So what about this noise in the electroscope? You think it doesn't amount to much? Well maybe not, but it could be on the same order of radiated power as a Rangertell, and also capable of shooting a carrier signal line long range and returning it to the capacitive cells in the user's hand.
Just because no electronic engineer or radio antenna technician is capable of detecting any radiated power from the Rangertell or the Electroscope does not mean they are not shooting and returning carrier signal lines. After reading hung's explanations and proof that it is backed up by the science of Myron Evans, It would seem that the calculator and resistor are somehow coupled to the antennas to shoot these powerful carrier signals lines long range. And of course, the Rangertell is a much better LRL because you can program heaps of information into the carrier signal line by pressing different keystrokes before using it.
So, after being told all about the theory and practice of the Rangertell and Electroscope, as well as having been told stories of great treasures found by them, how can anyone refute whether they work?
Best wishes,
J_P