The Science of this Process
(I will try to explain this as simply as I can without compromising a complex process)
As you can see this process has been researched and they are beginning to see a larger picture emerge. A picture that says our environment is in danger from broadcast transmitters. Yet, out of air & radio pollution, while air pollution is the only one that is monitored and regulated, broadcasting of radio waves slips invisibly above us unregulated for it's effects on the environment and creates all kinds of chaos. The science of this process and it's path is a complex one and a story that has changed a few times in our history, but each and every change can be seen in the global temperature graph. It begins with the gyro frequency at ~1.45MHz.
One of the first clues I came across, through the SPS experiments, was that the frequency of the ionosphere (1.45MHz) happens to fall in the AM broadcast band. The ionosphere is a blanket of electricity that surrounds the planet, AM transmitters give it energy and it heats up just like an electric blanket. This isn't your normal heat, this is electron heating that can become unstable aka; TSI (Thermal Self-focusing Instability)
If you broadcast energy along this 1.45MHz frequency, the ionosphere will act as a receiver and receive the energy through the gyro-frequency and transfer it through the cyclotron frequency (1.5MHz) into ion acoustic turbulence along the magnetic field line as ion cyclotron plasma waves.
Those familiar with radio wave propagation and DX'ing know that 160 meters, which is close to the gyro frequency, is unique and unlike any other frequency in it's propagation characteristics.
"Basically, the electron gyro-frequency is a measure of the interaction between an electron in the Earth's atmosphere and the Earth's magnetic field. The closer a transmitted a medium frequency carrier or sideband wave frequency is to the electron gyro-frequency, the more energy that is absorbed by the gyro electrons from that carrier wave frequency. This is especially true for medium frequency signals traveling perpendicular to the Earth's magnetic field, meaning high latitude NW and NE propagation paths. Unfortunately this form of medium frequency signal absorption is ALWAYS present."
Gyro-Fact: The gyro frequency has unique thresholds for the onset of secondary instabilities
During experiments at the HAARP facility they found that ion cyclotron waves were stimulated better on and just above the second gyro-harmonic, but the higher harmonic multiples of the gyro frequency all create a suppression of the ion flow along the ion acoustic line. This is important to remember for later, you will need to understand this to read the global temperature anomalies graph, as this supression can be seen in the temperature drop of the 1940's when television came on the airwaves. Click to go to source
There have been a chain of secondary instabilities in the atmosphere surrounding this gyro-frequency
The energy transferred through the gyro frequency rides two major instabilities that occur as you move up the electromagnetic frequency spectrum. The first is the cyclotron instability at ~1.45MHz and the second the cyclotron maser instability at 2.45 GHz which happens to be the same frequency that WiFi and microwave ovens run on. I remember learning about what microwaves actually do to heat the food. They cause the electrons in water molecules to vibrate rapidly creating heat, while electrons free of molecular bonds will begin to spin or spiral this can imbalance chemical reactions easily. I wondered if the gyro energy from AM radio could travel to the polar regions and somehow effect ozone holes. It does!
~1.45MHz The Cyclotron Instability -AM broadcast band
This band typically runs hot due to AM broadcast
well into the Gyro & cyclotron frequency range
Another important condition that was crucial for the SEE can be explained in terms of charges in gyro motion around the Earth's magnetic field lines. Magnetic fields bend the paths of charges so they move perperdiculary to the field lines, i. e. in circles or spirals around the field lines, of which the frequency depends on the charge and the mass of the particle in question. Pump waves corresponding in frequency to these natural gyro motions of electrons tend to further accelerate the gyro motion, just like a forced harmonic oscillator. In the case of HF pumping this in the end leads to strong turbulence in the space plasma. Click to go to
~2.45 GHz The Cyclotron MASER Instability - Wifi & microwave oven
(microwave amplification by stimulation emission of radiation)
the cyclotron maser instability may also be regarded simply as a growing space-charge wave in a relativistic beam which is in synchronism with the surrounding structure, or as due to current bunching, or even as an instability of the shear flow of a rotating relativistic electron fluid. Click & go The manifestation of this instability occures in the magnetosphere as high energy particles are increased in energy by PLHR powerline harmonic radiation, VLF transmitters and AM broadcasting in the
gyro frequency range as the cyclotron energy jumps up (Luxembourg effect) from a 1.45MHz frequency to the 2.45GHz maser electron beam spiraling along the magmetic field lines with O+ and H+ ions that flow to precipitate as electron showers into the lower atmosphere and not only act as a secondary form of ionization, and lightning, but might act as a source for long chain molecules. The cyclotron maser is used to heat radioactive plasma for energy in nuclear power plants and is used commercially to form and sustain long chain molecules similar to greenhouse gasses found in the atmosphere. . .
Threshold for TSI is 5 to 10 times more sensitive.on gyro frequencies and once it sets in, it increases by a factor of twice the magnitude and x400 when in lightening
Electron-Cyclotron Maser Driven by Charged-Particle Acceleration from Magnetic Fieldaligned Electric Fields
This finding may necessitate reanalysis of some astrophysical radio sources and allow the electron-cyclotron maser to be applied to radio sources that have not been considered viable in the past ; for example, very bright, continuous sources or broadband sources. Parallel electric fiields may be more widespread in astrophysical plasmas than currently believed. Click & go
A Luxembourg effect is when two signals cross modulate causing a modified signal to jump to a higher frequency and can be seen in the Siple Station experiments in Antarctica. Here the frequency is seen to jump from 1.45kHz up to 3kHz. The energy will follow the easiest path, on the path of least resistance sometimes skipping up to a less busy band.
They were able to generate electron precipitation - EEP with 1 watt of power.
Click to Enlarge
Almost every VLF researcher has observed some HF radio broadcasts in their recordings.Three different RF receivers were used, spanning the frequency range 30 kHz to 30 MHz; although these could receive all kind of transmissions (CW, SSB, FM, AM, etc.), only AM broadcasts seemed to be detected in the VLF frequency range. A spectrum analyzer was used to investigate the power distribution across a broad frequency band (~1-10 Mhz). The available transmitter identifications showed that the distance to the transmitter was often quite long. Only one station at a time has usually been heard, showing that the process is very selective. It is also common that the event shows clear periodicity. Click for source
The circular energy from the radio wave is transferred through the gyro-frequency generating gravity waves and ion acoustic turbulent flows in the form of electrostatic ion cyclotron waves (EIC). These ion acoustic waves duct along the magnetic field lines and actually amplify as they reach the polar regions.