Correct.

Have you dig Texzon Energy? Midland, Texas Tesla tower.

It’s a fun dig. I went. Everyone is Naval Intel: contracts sending energy to Bahrain by bouncing the waves across the crust.

Now, Sommerfeld described an electrodynamic wave that is guided along a wire of finite conductivity and Zenneck expanded upon this description, asserting that the earth's surface performs in a manner similar to a conducting wire. And, while the Norton wave is the result of electrical currents induced in the earth by refraction of a portion of the reflected-wave component of the ground-wave at the earth-atmosphere interface, the surface wave associated with Tesla's apparatus is the result of electrical ground currents flowing between two discrete points on the earth's surface. Unlike the lossy Norton wave that is excited by a conventional AM radio transmitter it would seem that Tesla's low-frequency surface wave would not diminish quite as significantly as the distance from the source facility increases. [See "A Comparison of the Tesla and Marconi LF Wireless Systems"]