Page 218 - Nick Begich - Angels Don't Play This Haarp Advances in Tesla Technology

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formation was deep. That is to say, the well pump was about 850 feet deep so we
moved the receiver about 900 feet away from the broadcasting unit. The receiving
antenna was a quarter wave four-element square wave that was mounted on a transit
stand with a precision inclinometer.
Both units were mobile. The broadcasting unit was mounted on a Yamaha
250cc four wheel all terrain vehicle equipped with a two-way radio as well. The
receiving unit was inside a modified four-wheel drive Chevy van and tied to a
spectrographic analyzer that could read out in third octaves. The signal strength was
monitored on a multi range analog dB meter. The phenomenon was verified when the
mobile broadcasting unit passed over the fissure. The signal dropped over 60 dB to
almost absolute silence. I say almost, because there was still something clearly
indicated on the spectrograph.

When the transmitting unit was held stationary pointing directly to the
center of the earth, right over the petroliferous fissure, the receiving unit could scan
from parallel with the ground to about 50 degrees below parallel in line with the
broadcasting unit. The spectrum would change as the receiving antenna was scanned
through the layers of rock, shale, water, gas, oil, or open caves that were beneath the
surface This was remarkable enough to record. What was discovered over the next
three years would confirm the above mentioned theory beyond any reasonable doubt.
The actual depth of the various formations was determined through simple
triangulation. Multiplying the tangent of the receiving angle by the distance away
from the transmitting unit provided the depth of the formation being scanned. A laser
distance meter and an oversized inclinometer proved to be very precise.

Each day our crew would travel to oil fields in the Western Kentucky area.
The transmitting and receiving stations were set up in alternating radii around a
particular well site. The spectrographic information was compared to actual drill
cutting samples obtained each five feet when the hole was originally drilled. After six
months on these sites, we were able to positively identify rock formations by
interpreting the spectra. The variables of reported sun spots, electromagnetic
radiation from high power transmission lines, and all types weather were considered
carefully. The reliability and repeatability of the technique were astonishingly high.

The following year I took the equipment and technology into the field as an
exploration unit for hire. I was convinced the technology was quite robust after the
fifth wildcat well was discovered. There was one instance around Burkesville,
Kentucky that really turned some heads in the local oil and gas industry. My crew was
asked to "survey" a lease that was claimed to have already six operating wells. Upon
arrival at 7:30 AM we observed six well-maintained pumps that were spaced the
mandatory 400 feet across a well-manicured farm field. After walking the area we
decided to scan the very center of the field so the receiving unit was set up about a
thousand feet off the property.

The days are rather long, hot, and humid in Kentucky in the summer. By
8:00 PM on the second day 1 had asked the mobile transmitter to drive a total of about
60 miles around and around this field 1 made about 100 prints of the spectra. There was