Tesla's ingenious design for the wireless transmission of electricity.

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1. TRANSFORMER comprising:
a. Thick Coil of short length and few turns, which acts as the primary in the transmitter and as the secondary in the receiver.
b. Thin Coil of longer length and many turns, which acts as the secondary in the transmitter and as the primary in the receiver. This coil would be 50 miles in length or one fourth the wavelength of a lightwave whose circuit was 185,000 miles long.
ac. Magnetic Core attached to the earth and elevated terminal.
2. POWER SOURCE deriving energy from coal or a waterfall.
3. GROUND CONNECTION.
4. CONTAINER OF LIQUID AIR (-197°F) which causes "an extraordinary magnification of oscillation in the resonating circuit[s]."
5. ELEVATED TERMINAL or bulbous top for accumulating stored charge. To obtain highest possible frequency, a terminal of small capacity (like a taught spring) and high pressure is employed.

Figure 1. The sending and receiving magnifying transmitters are built essentially the same way. The length and size of the tower and transformer is in a harmonic relationship to the electromagnetic properties of the earth. It has a multipurpose function. Standing k waves generated in resonant relationship to known earth currents could be used as carrier frequencies for transmitting electrical power.

Real scientists have known for centuries that the earth is a giant electromagnet having a North and South magnetic pole. Tesla was using this knowledge to broadcast electricity just like radio and TV waves are broadcast.

The stationary earth is a giant electromagnet and absorbs millions of volts daily in the form of lightning.