Artist concept of a Superterran Exoplanet by PHL
I am making my New Year wish list early this year. At the top of the list is a request that my work with subtle electromagnetic fields be looked at closely by the scientific community. There is a fundamental aspect of electromagnetism that is being overlooked. 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 affect on the body and most likely other biological life. Here are the insights:
+++ Designer compound lower frequency weak electromagnetic fields from an electrical audio coil can create a physiological effect on the body.
+++ The weak electromagnetic field of molecular structures can be matched as a compound electromagnetic field.
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This is a key insight. The molecular field of a compound such as Ibuprofen can be matched and this designer electromagnetic field will have a similar affect on the body as the compound.
+++ Materials considered nonmagnetic such as glass, silicone rubber, aluminum and plastics can be tuned to these matched fields.
+++ Audio recordings of area- specific electromagnetic fields in nature (the composite molecular structure of that area) can be matched and replicated from the audio signal moving through an electrical audio coil as a precise electromagnetic field.
Though this process may sound mysterious and like pseudo science to many of you reading this article it is as real as the ground under your feet. I find it quite puzzling that these aspects of electromagnetism are not common everyday knowledge. Which brings me back to exoplanets and the search for extraterrestrial life. What I am discussing is also another venue for communication. If nonmagnetic molecular structures can be tuned, as I know they can, by a designer compound electromagnetic frequency then information can be stored permanently.
Audio recordings such as those made by the descending Huygens space probe on Titan can reveal information about that Moon in terms of how it affects the human body. The weak molecular field of Apollo moon rocks can be matched. Apollo voice recordings of the astronauts while on the lunar surface can offer insight on the area-specific weak fields of the landing sites. The molecular electromagnetic field of Mars meteorites can be matched. Kepler light curves that have been converted into a sonification format can be analyzed and exoplanet transit signals extracted.
I leave you with this final thought, there may be more information to be gleaned in the background signals from our galaxy and other galaxies that are in a form that must be matched, via pattern recognition, and extracted similar to the process I am sharing with you today. ET may be both calling home and calling us right now but we do not recognize the signals.
