HAARP VLF Amplification | Signal Phantom
12HAARP VLF amplification produced by changing the conductive layer of magnetic flux fields that exist from each pole, gyro electron resonance harmonics of 2.85 and 4.53MHz. Recorded Oct 26, 2022 by Tyler Stampfli in Fort Collins, Colorado. For some additional tests see @SignalPhantom
University of Alaska Fairbanks Geophysical Institute UAF-GI High-Frequency Active Auroral Research Program (HAARP) is a high frequency ionospheric heater dedicated to furthering ongoing research of the processes and mechanisms that inhabit the thermosphere and ionosphere. HAARP generates various AMoP, FMoP and Phase Modulation pulse waveforms between 50Hz and 50 kHz that are focused into the magnetosphere to observe their interaction with energetic particles in the ionospheres structure located N62 23 33 W145 09 03. Several research grants including the National Science Foundation and governmental agencies provide continuing and past funding for the facilities, the University of Alaska Fairbanks took over primary ownership of the site from the USAF in 2015. Hardware contracts were awarded to Continental Electronics Corporation and Antenna Products Corporation as part of the overall transmitter and antenna system, together referred to as the Ionospheric Research Instrument or IRI. Continental Electronics Corporation produced 180 custom 20kW D616-G transmitters to produce as much as 3.6MW of power when used as a phased transmitter. The electronically controlled phased array antenna system is composed of 180 individual wide band radiators produced by Antenna Products Corporation model LPH-89. A complex set of control harnesses provide operators with control over array phasing, beam forming and beam steering. Special temporary authority was granted to use frequencies beyond the FCC experimental license grant WI2XFX to examine the upper atmospheric processes during solar minimum conditions which cover between 2650 to 9995 kHz at power levels ranging between 457 MW (ERP) – 3.63 GW (ERP). Proposed experiments continue to reference VLF and ELF capabilities, primarily by changing the local conductivity of the ionosphere at the gyro electron resonance harmonics of 2.85 and 4.53MHz. These capabilities and project narratives are licensed under the NTIA and were linked to defunct UCLA’s plasma physics lab HIPAS Hi-Power Auroral Stimulation Radio Observatory near Fairbanks, AK.
Recorded and written by Tyler Stampfli, KA0KA for SignalPhantom.com see additional HAARP @SignalPhantom