In fact, some of the scientists who worked on the original atomic weapon Manhattan Project have compared the power of the atomic bomb to that of storms. Many of the project’s most important scientists went on to carry out work in atmospheric science and weather modification.
According to Kirby, the Massachusetts Institute of Technology is the modern project’s main center for research and development, particularly its Radiation Laboratory, or Rad Lab. In his book, Chemtrails Exposed: The New Manhattan Project, he exposes how the military/industrial/academic complex that was established during WWII has enabled the development of technology that now plays a starring role in the New Manhattan Project global weather modification efforts.
Some of the research used in the project comes from Nikola Tesla, Kirby believes. Tesla first conceived of plans for manipulating weather using electromagnetic energy. When he died, many of his scientific papers and instruments were confiscated by the U.S. government, and it was just three years afterward that Bernard Vonnegut and two other General Electric scientists kicked off the New Manhattan Project.
The expert tasked with reviewing Tesla’s papers was Radiation Lab Steering Committee member and Assistant Director John G. Trump, who went on to serve as head of MIT Radiation Lab’s British Branch. Scientists at the Rad Lab made important early advancements in ionospheric heaters and air traffic control using electromagnetic energy.
The Rad Lab went on to become MIT’s Research Laboratory of Electronics’ Basic Research Division. Now, ionospheric heaters based on their technology are creating electromagnetic energy to modify the weather.
Kirby says that the substance being sprayed into the atmosphere routinely is coal fly ash, which is the smoke that comes from burning coal and is a waste product from the electrical power industry. Disposing of it properly is very costly, and the high volumes at which it is steadily created mean a constant supply for geoengineering.
Coal fly ash is removed from the exhaust systems of power plants with
an electrostatic precipitator. It first electrically charges the ash
particles and then attracts them to plates with the opposite charge so
they can be removed....<<<Read The Full Article Here>>>...
