Path of Energy ~ in a nutshell
Broadcast Theory follows a complex path of energy from transmitter induced ozone depletion to the greenhouse effect from increased UV.
TIPER: Transmitter Induced Electron Precipitation - It begins with the tens of thousands of megawatts of broadcast radio, TV, utility and radar station in use on the surface of the earth. And more specifically the broadcast transmitter at a VLF or AM radio station that irradiates the E layer of the ionosphere with electromagnetic energy in the gyrofrequency range at 1.45 MHz transfering it’s energy through the magnetic field lines in the ionospheric plasma in the form of ion cyclotron waves that travel along the field lines toward the polar regions stimulating EEP.
EIC: Electrostatic Ion Cyclotron Waves - [E layer ~2 - 4MHz] ~1.45MHz Gyrofrequency Bailey Effect
As EIC ionospheric plasma turbulence travels northward through the E layer toward the polar regions it undergoes amplification (preferential magnetospheric amplification), where the magnetic field lines from the magnetosphere cross the ionosphere, it causes two populations of charged particles to flow out. One of them is a runaway population of electrons and ions from the ionosphere caused by the effects of the amplified cyclotron wave turbulence. The other is a population of relativistic electrons that precipitate from the magnetosphere.
ECM: Electron Cyclotron Maser Waves and heating of solar wind - [F layer ~ 30MHz - 220MHz] [3MHz - Gyro]
Television and FM broadcast increases the electron density causing EIC waves to upshift to the ionosphere's F layer
(Luxembourg Effect) generating higher frequency plasma turbulence and ECM beams in the auroral region. The RF frequency induced turbulence change solar-terrestrial flux tube morphology and flow up the magnetic field lines toward the sun as cyclotron maser frequency waves. ECM heating of solar protons changes the pressure in the fast solar wind and the particles that flow through it. This can lead to kink instability closer to the sun and a backscatter of ions that boil the photosphere and heat oxygen gas in the convective zone of the sun contributing to sunspots. Sunspots throw energy back at the planet in the form of solar proton events that deplete ozone through the EEP-NOx process.
Electron Precipitation: EEP-NOx - Polar ionospheric outflows disrupts the electronegativity and hydrodynamic equilibrium that the ozone layer rely on for production (Chapman Cycle) and relativistic electrons slowed by atoms in the atmosphere generate soft X-ray 'bremsstrahlung' (breaking radiation) which hit stratospheric nitrogen atoms that break into nitrogen ions that react with the surrounding oxygen and form Nitrogen Oxide/Dioxide >NOx.
This rips apart thousands of ozone molecules as much as CFC’s or solar proton events SPEs.
Ozone Depletion and Greenhouse Effect: The decrease in ozone through EEP-NOx increases the amount of solar UV radiation that heats polar ice caps and oceans to increase atmospheric water vapor. Increasing solar UV heats greenhouse gases like CO2 and water vapor leading to a greenhouse effect and global temperature rise.