All entities in the universe are composed of
molecules vibrating at various frequencies. These vibrations are not limited to
physical forms like plants, rocks, and animals but also extend to abstract
phenomena such as thoughts, emotions, and ideas. Everything exists on a
vibrational spectrum; some molecules resonate at higher frequencies, while
others operate at lower frequencies.
Humans
embody a complex range of frequencies, from dense physical matter to the subtle
vibrations associated with the Conscious Component and communication in the physical
world. Research suggests that when the frequency of human cells falls below
approximately 62 MHz, the risk of cellular mutation and disease increases.
Conversely, higher frequencies are associated with emotional equilibrium,
increased vitality, and reduced stress. Emotional states such as happiness,
anger, sadness, and calmness are typically associated with a frequency band
ranging between 417 and 440 Hz.
The Conscious Component
is a resonant field transmitting vibrational waves to the brain, cellular
structures, and DNA. Cells vibrating at higher frequencies tend to exhibit
greater energetic coherence and health, reflecting the emotional and
psychological states of the individual. Generally, a healthy human body
vibrates within the 62–70 MHz range.
External
frequencies, whether natural or artificial, can interact with the Conscious
Component to influence the energetic architecture of DNA. These influences
occur through encoded vibrational patterns that carry information capable of
editing DNA functionality by targeting specific genetic domains or variables.
These frequency-based interactions operate like information carriers, capable
of modulating DNA's structural and functional properties beyond standard
biochemical mechanisms.
Observation:
External forces
can resonate with negative frequencies embedded with algorithmic biases,
actively interacting with organisms with fuzzy or adaptive logical frameworks.
These biased frequencies operate through encoded principles that have the
potential to alter core informational structures, modifying source protocol
codes that govern the organism beyond the traditional DNA framework. Over time,
such interference may introduce errors or dysfunctions within the organism's
systems, leading to long-term instability or degradation of biological and
cognitive integrity.
No comments:
Post a Comment