Seattle Children's Hospital Pediatric Pain Team- by UW Medicine
I would like to make a proposal to UW Medicine and Seattle Children’s Hospital and that is offering my services to develop a complementary venue for pain management treatment. State of the art medicines used for pain treatment can be matched on a molecular level as a compound electromagnetic frequency that the body recognizes. An example is the matched frequency for Ibuprofen that is discussed here and on a video here.
I know this because of a particular pattern recognition ability I have with weak electromagnetic fields. It is a similar process to that of developing the skill of human echolocation but in this case it is the skill of interpreting weak electromagnetic fields and their physiological effect on the body and most likely other biological life.
There are two ways to use the designer fields. One is simply playing the mp3 audio file through an electrical coil creating the desired electromagnetic field without sound. The other method is tuning material such as a silicone wristband with this designer field that will take on many of the pain relieving characteristics of the original chemical compound. I can envision a blanket-like device with embedded coils that would create a pain mitigating field as well as simply wearing tuned material to that pain relieving frequency. Both methods work. As little as six watts of power is sufficient for a electrical coil device and would work easily with a mp3 docking station.
The beauty of working with matched designer fields for pain therapy may be avoiding adverse reactions due to the actual chemicals, allowing for lower doses of medications, and maneuvering to other effective pain management frequencies if chemical tolerance becomes an issue.
Molecular magnetic fields can be matched by hand and converted to a compound electromagnetic frequency. It is a form of pattern recognition of molecular magnetic fields. I interpret the field and make the replication using a NCH tone generator to .wav audio file and finally convert the .wav file to an mp3 audio file.
The key to this process is being able to make the field match. You can tune silicone wristbands and glass blanks to these frequencies as it is the electrical coil in your computer speaker that is performing the tuning. I use a coil-only set up without sound. Check out the “Sample Frequencies” page for more info on tuning. You can also use a Mobius coil that is plugged into an audio jack to create this healing field.
Unfortunately, there is no way to teach how to match molecular fields. In the not too distant near future, researchers will develop tools to recreate what I am doing by hand.