MICROWAVE RADIATION is WEAPONRY marketed as “5G”

August 17, 2023 | Zero5G.com |A 2005 investigation was sponsored by the USAF titled, “Interdisciplinary research project to explore the potential for developing non-lethal weapons based on radiofrequency/microwave bioeffects.”

Link To Report HERE

According to the authors of the report, the research “is to lay the foundation for developing non-lethal stunning/immobilizing weaponry based on radiofrequency (RF)/ microwave(MW) radiation.”

The 2005 study examined bioeffects of RF/MW radiation exposures in the 1 GHz – 6 GHz frequency range focusing “specifically on identifying RF/MW parameters potentially capable of selectively altering exocytosis, the process underlying neurotransmitter release and hence nervous system functioning.”

According to an article by Nokia, “Mid-band spectrum (1 GHz – 6 GHz) is considered perfect for 5G…”

Link To Source HERE

“Interdisciplinary research project to explore the potential for developing non-lethal weapons based on radiofrequency/microwave bioeffects”

“Our research is to lay the foundation for developing non-lethal stunning/immobilizing weaponry based on radiofrequency (RF)/microwave(MW) radiation. We are focusing specifically on identifying RF/MW parameters potentially capable of selectively altering exocytosis, the process underlying neurotransmitter release and hence nervous system functioning.

The overall objective of the research funded by this grant was to begin laying the foundation upon which RF/MW technology can be developed that would have an application for non-lethal weaponry purposes, such as stunning/immobilizing the enemy. To accomplish this goal, this proposal had as one of its objectives to assemble, characterize and optimize an exposure system that would allow us to undertake a carefully designed and controlled investigation of the MW exposure parameters in the I to 6 GHz frequency range that can alter exocytosis, the process underlying neurotransmitter release.”

Link To Full Report HERE

Parchin, N.O., Mohamed, H.G., Moussa, K.H. et al. An efficient antenna system with improved radiation for multi-standard/multi-mode 5G cellular communications. Sci Rep 13, 4179 (2023). https://doi.org/10.1038/s41598-023-31407-z