ANGELS DON‘T PLAY THIS HAARP Advances in Tesla Technology

originally estimated at $175 million dollars and will give the military power levels of 4.7
billion watts of effective radiated power.
Politically, things are only beginning to move as the opposition to this project continues
to grow. Researchers, independent scientists and most importantly lay people, all over the
world are beginning to let their ideas be felt on this very important issue. Elsewhere in this
microbook is an essay on creating political realities.
We ask all of our readers to consider taking a step for change and activating some of the
ideas contained in that essay.
LOOKING THROUGH THE EARTH
Radio Tomography of Geologic Strata by Brooks A. Agnew
When the energy crisis of the 1970's seemed real enough to affect the prices of crude oil
sufficiently to inspire domestic drilling, it seemed everyone wanted to invest in oil & gas.
Drillers resurrected shallow rigs from old Ingersoll Rand units to even older hammer
drillers. Lease speculation was very lucrative. Even owners of fields of sagebrush or Kentucky
fescue were making millions of dollars off high density drilling - called "checkerboards " by
oil drillers - whether they found oil or not. The people who ended up paying in the long run
were the taxpayers.
One of the very nice enticements to invest in oil speculation was the tax break.
This environment meant that there was often funding for new technology which could
offer some advantage over the normal ten percent odds of locating a wildcat well. Such was
the case for a visionary approach to oil and gas exploration. My theory was that each
chemical bond had a resonant frequency which could be detected and mapped if excited with
harmonic wavelengths of radiation at low power levels. This was already being done with IR
spectrometers in some lab instruments, but no one had ever tried it with harmonic radio
waves broadcast into the earth.
The major obstacle to lab testing with radio waves turned out to be the signal to noise
ratio. What inspired me to begin developing this technology in the summer of 1993 was a
phenomenon that occurred while surveying a known oil field for a new well site. My team
and I were using twenty-five watt marine radios with half wave whip antennae. Normally
these radios will reach out ten to fifteen miles without any trouble.
We were within eyesight of each other, say a quarter of a mile apart, and could not
communicate across the oil field. There was a magnetic fissure caused by a quake or mild
plate shift in the petroliferous structure beneath us. The radio signal was virtually shunted
into the ground which silenced the six meter marine radios. The apparent signal to noise
ratio was very high under these conditions. These subtle magnetic shifts are what dowsers
detect with forked sticks or metal rods held loosely by hand.
I decided right away to quantify the drop in radio frequency (RF) power. I had a pair of
old Yaesu HAM base units that were capable of broadcasting a constant two meter wave. The
broadcasting unit was about five watts sent through a quarter wave four-element square
wave antenna pointed straight into the ground; exactly zero degrees. The receiving unit was
moved at least as far away as the petroliferous 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