How Does Frequency Resonance Work?
Frequency resonance works on the principle that every substance has a natural frequency at which it vibrates. This concept, applied to microorganisms, posits that each type of microorganism (bacteria, virus, etc.) has a unique resonant frequency. Here’s how it works:
- Natural Frequency: Just as a glass has a specific frequency at which it can shatter, microorganisms also have frequencies at which they resonate.
- Frequency Application: When the correct frequency (resonant frequency) is applied to a microorganism, it begins to vibrate at its natural frequency.
- Energy Absorption: As the microorganism vibrates, it absorbs energy from the applied frequency.
- Structural Disruption: The absorption of energy causes the microorganism’s structure to vibrate increasingly until it reaches a point where the structural integrity fails, leading to the microorganism being disrupted or destroyed.
- Specificity: The key to this process is identifying the exact resonant frequency for each type of microorganism, ensuring that only the target microorganism is affected, while other cells and structures remain unharmed.
We apply this concept by using frequency generators to produce the resonant frequencies of specific pathogens. Through extensive experimentation, we determine the “mortal oscillatory rate” (MOR) for various pathogens, which were the frequencies that would kill or deactivate them.
This method, in theory, offers a targeted approach to eliminating pathogens without harming surrounding healthy tissue, making it a potential tool for treating diseases caused by bacteria and viruses. However, it should be noted that while experiments showed promise, it remains controversial and has not been universally accepted or validated by the broader scientific community.