Frequency and resonance play a bigger role in music, physics and technology than we often realize. From the breaking of a glass by sound vibrations to the way musical instruments amplify sound, frequencies and resonance have a powerful effect on the world around us. One of the pioneers who addressed this as well was Royal Raymond Rife. He developed sophisticated microscopes and experimented with specific frequencies to find out their influence on pathogens and microorganisms. In this blog, we take a closer look at his discoveries, such as the Mortal Oscillatory Rate (MOR), and how products based on his technologies are still being developed and produced by Meditech Europe today.
Who was Royal Raymond Rife
Royal Raymond Rife (1888-1971) was an American inventor with a keen interest in microbiology who devoted his life to research and experimentation, particularly in the field of microscopy and the effect of frequencies on microorganisms and pathogens. In the years around 1930, he developed the Rife Microscope with which he observed living microorganisms. Other inventions to his credit include the Rife Machine and the Rife Plasma Lamps. During his lifetime, Royal Raymond Rife worked with several doctors and scientists who expressed interest in his research. Although some considered his work revolutionary, his ideas were again considered controversial by others.
Microscopy
Rife's most notable discovery was his work on microscopy. He developed a unique optical microscope, called the Rife microscope, which was capable of revealing much smaller details than conventional microscopes of the time. This microscope enabled Rife to study (harmful) microorganisms in their natural, living state.
This is in contrast to today's modern high-resolution electron microscopes that can also display a very high level of detail, but with which you cannot usually study living organisms.
Frequencies, Resonance and Mortal Oscillatory Rate
With this Rife Microscope, Rife was able to study the effect of administration of specific frequencies on living microorganisms and pathogens. In doing so, Rife utilized the physical principle of resonance.
Frequency and Resonance
Frequency and resonance refer to the phenomenon in which an object begins to vibrate along when exposed to a specific frequency corresponding to its natural frequency (resonant frequency).
A well-known example is a glass that breaks due to a high tone: if a singer sings at just the right frequency, the glass starts to vibrate more and more violently due to resonance of the glass, until it reaches its structural limit and cracks.
This principle also applies in engineering, such as in bridges that can collapse due to vibrations at the correct frequency when the bridge is improperly constructed.
This principle is also used in musical instruments. For example, in a violin, the sound box is brought into resonance by the vibrations of the strings. This amplifies the sound, allowing you to hear the tone. It also affects the tone quality, enriching the sound of the violin and giving the violin its own unique sound character.
Mortal Oscillatory Rate
The Mortal Oscillatory Rate (MOR), was a discovery by Royal Raymond Rife after extensive research and experimentation with different frequencies and their effect on microorganisms and pathogens. It is based on the principle that each pathogen and microorganism has a unique resonant frequency. When an external frequency matches the natural vibration of a specific pathogen or microorganism, resonance amplification occurs. This process causes an increase in energy within the cell, affecting cell structure. Undesirable microorganisms react particularly strongly to these frequencies, as their membrane structures are less resistant to the vibrational energy generated. This can lead to disruption of their stability and activity and therefore ultimately to their destruction.
Rife Machine
These specific frequencies that Rife used for his research were generated by another of his inventions, the Rife Machine.
The original Rife Machine, developed by Royal Raymond Rife in the years around 1930, was a device that emitted electromagnetic frequencies. The device worked by using specific resonant frequencies that Rife believed corresponded to the Mortal Oscillatory Rate (MOR) of pathogens. Rife believed that these frequencies brought the cells into resonance, causing them to vibrate destructively and thereby ultimately destroy them. The device was often used by Rife in conjunction with the Rife Microscope, which allowed him to observe the effect on microorganisms and pathogens at an unprecedented high resolution.
Rife Plasma Lamp
To transmit these specific frequencies through electromagnetic fields, Rife developed the Rife Lamp, also called the Phanotron Lamp. This lamp was designed to emit specific electromagnetic frequencies that would correspond to the Mortal Oscillatory Rate (MOR) of microorganisms and pathogens.
You can describe the Phanotron Lamp as a kind of plasma lamp, because it was a kind of gas discharge lamp that used plasma currents to emit light and energy. Instead of ordinary filaments, this lamp consisted of a special gas mixture that lit up when exposed to appropriate electrical frequencies.
Rife Technology at Meditech Europe
Meditech Europe is one of the most progressive manufacturers in the world when it comes to Rife technology. Meditech Europe manages to combine the classic principles of Rife with modern technological innovations to provide powerful and effective treatments.
The Combination with the Multiwave Oscillator
One of the most interesting developments in Rife technology is its combination with the Multiwave Oscillator. This oscillator does not create a few frequencies at a time, but instead a broad spectrum of frequencies that can influence and optimize biological systems. Combining the Rife technology with the Multiwave Oscillator creates an extremely powerful and versatile field that can enhance a wide range of biological processes.
The principle behind combining a Rife lamp with the Multiwave Oscillator is to emit a broad spectrum of precise frequencies that resonate with the natural frequencies of cell structures. When these frequencies match, they can induce different effects on cells, ranging from enhancement of cell structures to disruption of pathogens, depending on the desired outcome. This targeted approach ensures that specific cellular activities can be optimized, leading to improved performance of biological systems.
The Rife Phanotron and Rife Tubes: Precision and Strength
Meditech Europe is a leading manufacturer of Rife technology products and has perfected and developed advanced devices such as the Rife Phanotron and Rife Tubes. These devices emit precise frequencies that interact with biological systems, aiming to optimize cell structures and improve biological functions.
Operating with extreme energy and frequencies, the Rife Tubes are designed to emit specific frequency ranges to influence the cellular environment and support the functionality of biological processes.
Conclusion:
Royal Raymond Rife's work on frequency and resonance has attracted the interest of researchers and technologists for decades. His innovative microscopy and experiments with specific frequencies led to the concept of the Mortal Oscillatory Rate (MOR), in which resonance plays a key role.
Meditech Europe builds on these principles, combining Rife technology with modern innovations to develop advanced frequency technology. Curious about what this technology can do for you? Feel free to contact Meditech Europe for more information and personal advice.
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