Scientists Discover Plasma Bubbles Over Egyptian Pyramids

Chinese scientists have discovered unusual plasma bubbles over the Egyptian pyramids using the Low Latitude Long Range Ionospheric Radar (LARID). This advanced radar, capable of detecting signals from nearly 6,000 miles away, identified these bubbles in November of the previous year, following a solar storm. The research team from the Institute of Geology and Geophysics noted that these equatorial plasma bubbles are formed when charged particles in the upper atmosphere dissipate, creating areas with low electron levels. The findings were released in August and have sparked interest, particularly among conspiracy theorists who often speculate about the pyramids' origins. However, the scientists clarified that these plasma bubbles are not linked to extraterrestrial activity, despite the allure of such theories. Instead, they are a natural phenomenon that can disrupt GPS and satellite communications. The radar system used in this research operates within the 8-22MHz frequency band and consists of two subsystems with 24 transceiver antennas each, allowing for real-time adjustments to various parameters. This capability was previously thought to be unattainable, marking a significant advancement in radar technology. The discovery of plasma bubbles over such iconic structures as the pyramids adds a new layer of intrigue to the study of atmospheric phenomena. It highlights the intersection of advanced scientific research and historical landmarks, while also providing a clearer understanding of the natural processes affecting our planet's atmosphere.