The American inventor Royal Raymond Rife lived from 1888 to 1971. During the 1930s, he proposed and developed the idea of destroying cancer tumors with sound waves.
Rife is said to have developed a microscope that was unique for its time, capable of achieving extremely high magnification, allowing him to study microorganisms, including viruses. By using light of a specific wavelength, he claimed to make them visible.
This led to the development of the Rife machine, for which he is best known today. It employed an oscillating beam of light that was intended to induce resonance in cells, causing them to break down, based on the idea that every organism has a unique electromagnetic resonance frequency, which he called the Mortal Oscillatory Rate.
Rife claimed to have destroyed cancer cells and cured a number of patients using his method. His work was not well received, and he was opposed by the medical establishment, particularly the American Medical Association (AMA). He died poor and, reportedly, embittered that his inventions never received scientific recognition.
Now, 90 years later, the same basic concept is being presented as a new invention. Researchers at Mission Community Hospital in Los Angeles have developed a machine they call Histotripsy (see video). Although the technology is different, it resembles what Rife had developed. In this sense, Rife has, according to this perspective, been vindicated. Even if his own machine did not work, the underlying idea was at least moving in the right direction.
How many promising ideas have, over the years, been prevented from reaching the public in order to protect industries, large financial interests, and hidden agendas? Would, for example, a cancer charity accept a miracle cure for cancer if it meant having to shut down? I do not believe so.
Scientific advances that cure disease move at a snail’s pace, while scientific advances that benefit the surveillance society and the technocratic agenda move at lightning speed.
palbergstrom.substack.com, Why does some science move at a snail’s pace?
