This is the schematic for the Tesla tower I made. Use a zinc ground rod, for a negative electromagnetic polarity. Again, can use diodes.
I figure this was long in coming to release. Again, electromagnetic energy is transformed to scalar flat wave energy and transferred along the ground to the receiver, or the console as I like to call it. I also called it the pedestal, in the next schematic.
I figure this was long in coming to release. Again, electromagnetic energy is transformed to scalar flat wave energy and transferred along the ground to the receiver, or the console as I like to call it. I also called it the pedestal, in the next schematic.
This below is the console or receiver schematic. I used the second configuration with the "side resonator" coil and mini squirrel cage for extra amplification.
Connect this to a copper ground rod for a positive electromagnetic terminal.
I have kept this hidden for a while. I guess it's time to release it. Not many would be able to figure out the wiring, anyway.
This is original work, from years ago, out of my original Tesla notebook, which is loaded with information.
Recall there is a spark gap tuner between the two hollow copper sphere terminals on the receiver. The spark gap tuner consisted of two small hollow copper spheres connected via a copper rod, mounted on a swivel so I could open the gap or close the gap; and the spark gap between the two larger spheres and smaller spheres was very, very tiny.
Recall, I could transfer the power from a single AA battery along one wire, and along the ground, and could adjust how much power I received by raising and lowering the side resonating transformer at the tower. Either raising or lowering the coil closer to the ground or farther from the ground would adjust the power level. Lower to the ground picked up the electromagnetic energy from the battery more, and higher less.
The energy transferred from electromagnetic to scalar flat wave, and then back to electromagnetic again, easily.
To note: The ground rod at the tower, and the ground wire from the receiver were nothing fancy, just two small rods stuck in the ground. I did have a stack of aluminum disks spaced about an inch apart acting as an electrostatic capacitor outside the house at the receiver ground. But otherwise, how did the electricity know which path to take? It just took the easiest path, using the electrical field of the ground as the electrolyte ... Nothing fancy.
Also to note polarity: The ground is a positive charge, which is why a negative pole of a battery connects to the ground. I have tested this. Negative connects to positive, and positive connects to negative, just like any battery, and the Earth surface is a great big battery. The atmosphere is a negative charge.
I have kept this hidden for a while. I guess it's time to release it. Not many would be able to figure out the wiring, anyway.
This is original work, from years ago, out of my original Tesla notebook, which is loaded with information.
Recall there is a spark gap tuner between the two hollow copper sphere terminals on the receiver. The spark gap tuner consisted of two small hollow copper spheres connected via a copper rod, mounted on a swivel so I could open the gap or close the gap; and the spark gap between the two larger spheres and smaller spheres was very, very tiny.
Recall, I could transfer the power from a single AA battery along one wire, and along the ground, and could adjust how much power I received by raising and lowering the side resonating transformer at the tower. Either raising or lowering the coil closer to the ground or farther from the ground would adjust the power level. Lower to the ground picked up the electromagnetic energy from the battery more, and higher less.
The energy transferred from electromagnetic to scalar flat wave, and then back to electromagnetic again, easily.
To note: The ground rod at the tower, and the ground wire from the receiver were nothing fancy, just two small rods stuck in the ground. I did have a stack of aluminum disks spaced about an inch apart acting as an electrostatic capacitor outside the house at the receiver ground. But otherwise, how did the electricity know which path to take? It just took the easiest path, using the electrical field of the ground as the electrolyte ... Nothing fancy.
Also to note polarity: The ground is a positive charge, which is why a negative pole of a battery connects to the ground. I have tested this. Negative connects to positive, and positive connects to negative, just like any battery, and the Earth surface is a great big battery. The atmosphere is a negative charge.
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