Russia and China testing US’s HAARP like Radar, for weather modification or jamming american submarines

The U.S.  Navy and DARPA ran a facility–the High Frequency Active Auroral Research Program (HAARP) in Gakona, Alaska—before it was passed to the University of Alaska in 2014. HAARP  was a research program to study ionosphere and its response to high frequency excitations from ground. “The official objective of the joint Air Force and Navy HAARP was to conduct basic, exploratory, and advanced development research programs leading to the use of emerging ionosphere/radio science technology for next-generation systems by characterizing the physical processes produced in the ionosphere and space via interactions with high-power radio waves,” said Dr. Craig Selcher, the senior research physicist and former Air Force HAARP program manager. “With the completion of these efforts for the Department of Defense on the horizon, handing the torch to the UAF Geophysical Institute allows for the continuation of the ground-breaking research that only the HAARP facility can perform.”

 

During HAARP’s military tenure, experiments investigated possibilities of turning the ionosphere into a giant antenna for Extremely Long Frequency (ELF) radio waves. Unlike shorter radio wavelengths, ELFs travel through water and can be picked up by submarines at operating depth as deep as several hundred feet and several experiments tested this methods sub-aquatic communication abilities. It was also hypothesized that ELF could detect mines or interfere with enemy satellites.

 

South China Morning Post also points this use, “These waves can travel long distances through seawater and reach submarines in the deep ocean, which means the technology could be used to send instructions to the subs from the base without the need for them to approach the surface to receive them.” The extremely high power of the facility could also Jam the ELF communications of American submarine operations in the South China Sea. At least a dozen of recent scientific papers have looked at ELF radar for investigating underground features, finding natural resources, and locating pipelines.

 

Many considered HAARP as tool for weather warfare that could be used to triggering Earthquakes and mind control. Rosale Bertell, president of the international institute of concern of physical health said that HAARP operates as ‘a gigantic heater that can cause major disruptions in the ionosphere, creating not just holes, but long incisions in thee protective layer that keeps radiation from bombarding the planet’.

 

The HAARP system is fully operational and in many regards dwarfs existing conventional and strategic weapons systems. While there is no firm evidence of its use for military purposes, Air Force documents suggest HAARP is an integral part of the militarisation of space.

 

China and Russia have also carried similar experiment by modified an important layer of the atmosphere above Europe to test a controversial technology for possible military application, according to Chinese scientists involved in the project. A total of five experiments were carried out in June. One, on June 7, 2018 caused physical disturbance over an area as large as 126,000 sq km (49,000 square miles), or about half the size of Britain. The modified zone, looming more than 500km (310 miles) high over Vasilsursk, a small Russian town in eastern Europe, experienced an electric spike with 10 times more negatively charged subatomic particles than surrounding regions.

 

In another experiment on June 12, the temperature of thin, ionised gas in high altitude increased more than 100 degrees Celsius (212 degrees Fahrenheit) because of the particle flux. The particles, or electrons, were pumped into the sky by Sura, an atmospheric heating facility in Vasilsursk built by the former Soviet Union’s military during the cold war.  The Sura base in Vasilsursk is believed to be the world’s first large-scale facility built for the purpose. Up and running in 1981, it enabled Soviet scientists to manipulate the sky as an instrument for military operations, such as submarine communication.

 

The Sura base fired up an array of high-power antennas and injected a large amount of microwaves into the high atmosphere. The peak power of the high frequency radio waves could reach 260 megawatts, enough to light a small city. Zhangheng-1, a Chinese electromagnetic surveillance satellite, collected the data from orbit with cutting-edge sensors. The pumping and fly-by required precise coordination to achieve effective measurement. When Zhangheng approached the target zone, for instance, the sensors would switch to burst mode to analyse samples every half-second, much faster than usual, to increase data resolution.

 

The results were “satisfactory”, the research team reported in a paper published in the latest issue of the Chinese journal Earth and Planetary Physics. “The detection of plasma disturbances … provides evidence for likely success of future related experiments,” the researchers said. Professor Guo Lixin, dean of the school of physics and optoelectronic engineering at Xidian University in Xian and a leading scientist on ionosphere manipulation technology in China, said that the joint experimentation was extremely unusual. “Such international cooperation is very rare for China,” said Guo, who was not involved in the experiment. “The technology involved is too sensitive.”

 

In the China-Russian experiment, researchers found that even with a small power output of 30MW, the radio beam could create a large abnormal zone. But they also found that the effects dropped sharply after sunrise, as the man-made perturbation easily became lost in the noise created by sunlight.