Can we measure this temperature?
Not directly, but we can make changes visible with an IR-thermometer.
Measure the temperature of a Tesla coil with an IR-themometer and you will see a rise when it is switched on (electricity compresses) and a drop when switching it off.
And no, it is not RF-induced malfunction, because the effects are very consistent.
Primary Cosmic Rays (PCR) are very penetrative and most will pass through miles of matter unhindered. So an antenna to receive this energy needs to be huge in order to absorb an appreciable amount of energy. So we use the largest antenne that we have access to; the Earth. The Earth is negative with respect to the ionosphere, but not because a surplus of electrons, it is because the electrons are moving more violently because of the PCR, in other words; their temperature is higher. So the Earth-Ionosphere potential is not caused by a difference in charge, but in charge-temperature which has the same outside effect.
The 1800A we see flowing through our atmosphere is likewise not a movement of charge but a thermal conductance that we interpret in the same way. The Earth does not lose charge, that would be ridiculous. The cosmic rays do not charge the ionosphere, they heat the Earth. And they heat the Earth to a temperature determined by the intensity of the rays and the properties of the Earth (think of size, mass etc). Therefore this heat is a virtually unlimited source of energy.
Tesla's Magnifying Transmitter (= self acting engine) is designed to tap this heat energy.
The video will be up in a few hours, I hope you will all spread the word.
I will link a document with ALL details in the description of the video (w.o. waiting for 10K views) I count on your help.

Ernst.
"is this energy statc or dynamic" keyb dying



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