Disclaimer: The information on this website is for education purposes only, and is not intended to replace the medical advice, diagnosis, or recommendations of your physician or healthcare provider. This site makes no claims that products, therapies, or services herein will cure disease. The views expressed on this website are those of our users. We may not share the same views.

It says that the MORs of nearly all pathogens are between 76,000 Hz and 880,000 Hz. Can it be done with this smaller range?

Think of it like a piano. The 76 kHz is like the low A, and when you double a frequency it equals the next octave. So 152 kHz is like the next octave's A note.

While you scan this octave, you have resonance with all the other octaves going all the way up the piano.

If you get a hit on a C note, perhaps it was resonating with the C note 3 octaves higher and not directly on the C note found within the scanned octave.

152 kHz - 304 kHz is the next octal range, then 304 kHz - 608 kHz is the 3rd octal range. Finally 608 kHz - 1.216 MHz would be the 4th octal range. So 76 kHz to 880 kHz is covered within 4 octal ranges.

Thus, resonant power is not an issue like it would be if you were trying to scan an octal range that was say 16 octaves away from a pathogenic MOR.

Hope this helps put it into a usable perspective.

For more details, please check:
https://www.facebook.com/groups/spooky2/permalink/593399354155305/

Have more questions? Submit a request

0 Comments

Please sign in to leave a comment.