Who was Royal Rife and what did he do?

Royal Rife is one of the smartest and most creative scientists you’ve probably never heard of. He was born in 1888 and died in 1971. After studying at Johns Hopkins, Rife developed technologies commonly used today in the fields of optics, electronics, radiochemistry, biochemistry, ballistics, and aviation.

Raif was awarded 14 major awards and honors and received an honorary doctorate from the University of Heidelberg for his work. During the 66 years Rife spent designing and manufacturing medical instruments, he worked for Zeiss Optics, the US government, and several private companies. Rife’s inventions include an ultraviolet heterodyning microscope[1], a microdissector[2] and a micromanipulator[3].

When you fully understand Rife’s achievements, you will realize that he is one of the most talented and creative people in the history of mankind. In 1920, Rife completed the construction of the world’s first virus microscope. By 1933, he had taken this technology to the pinnacle, building the super-complex universal microscope, which had almost 6,000 different sections and was capable of magnifying objects up to 60,000 times their normal size.

With this incredible microscope, Rife was the first person to actually see a living virus, and until recently, his Universal Microscope was the only microscope that allowed the observation of living viruses. Rife microscopy can observe the activity of live viruses as they change shape to adapt to environmental changes, multiply rapidly in response to carcinogens, and transform normal cells into tumor cells.

But how could Rife do this at a time when electronics and medicine were still evolving? Here are some technical details to answer the skeptics. Rife painstakingly identified the spectroscopic signature [4] of each microbe using a spectroscope. Then, he slowly rotated the block quartz prisms to focus light of a specific wavelength on the microorganism he was examining.

This wavelength was chosen because it resonated with the spectroscopic signature frequency of the microbe, based on the established scientific fact that each molecule oscillates at its own specific frequency. It took Rife years, working 48 hours at a time, until he discovered frequencies that specifically killed herpes, polio, spinal meningitis, tetanus, influenza, and a host of other dangerous disease organisms.

Royal Rife discovered that any virus, bacteria, parasite or any other pathogen is sensitive to a certain frequency and can literally explode and disappear when that frequency is intensified, just like a sharp musical note can break a glass. .

The covalent energy that holds the atoms of a molecule together emits or absorbs its own electromagnetic frequency. No two molecular species have the same electromagnetic oscillation or energy signature. Resonance amplifies light in the same way that two ocean waves are amplified when they collide.

The result of using resonant wavelengths is that microorganisms that are invisible in white light suddenly become visible in a bright flash of light when exposed to a specific light frequency that resonates with their spectral signature. Thus, Rife was able to see these invisible organisms and observe them actively in tissue culture environments. Rife’s discovery enabled him to observe organisms that no other person could see with a normal microscope.

Royal Rife first identified the human cancer virus in 1920! After 20,000 unsuccessful attempts, Rife was able to transform normal cells into cancer cells by using this virus. He used the principle of resonance or resonance to kill the virus, in which it can be destroyed by increasing the intensity of the frequency that naturally resonates with the virus.

Rife amplified the natural fluctuations until the virus disintegrated and lost its structural integrity. Rife called this frequency the “lethal oscillation rate” or “MOR[5]” and caused no damage to surrounding tissue.

In the fall of 1990, two researchers working at the Albert Einstein College of Medicine in New York City, named Dr. William Lyman and Steven Calley, made an important discovery. They discovered that they could inactivate the AIDS virus by applying a low-voltage current to HIV-infected blood in a test tube. By applying a direct current to the electrodes, they found that a current in the range of 50-100 microamps (uA) produced the most effective results.

Virtually all HIV viral particles were affected, while normal blood cells were unaffected. The viral particles were not directly destroyed by the electric current, but the outer protein coat of the virus was affected, actually preventing the production of the reverse transcription enzyme [6], which is the enzyme required by the virus to invade human cells.

But unfortunately, it seems that there has been a targeted campaign against Rife and his work in such a way that many of his instruments and detailed research notes have been lost, burned, stolen or destroyed. Maybe one day the name of Royal Raymond Rife will reach his rightful place as a giant of modern medical science. Until then, his amazing technology is only available to those who care to seek it out.

Many devices and devices are made based on the principle of resonance, which are called Rife machines. One of these devices is Spooky 2.