Helpfulwaves.com
Tuning and Enhancing Molecular Magnetic Fields
Magnetizing with a Speaker Coil for Self Healing 2010
- Tuning and enhancing the molecular magnetic field of a material using
an electrical audio coil and designer MP3 audio files
- A process that replicates the molecular magnetic field of one material
in the field of a host material
- Creating designer electromagnetic fields in a room without sound
- Replicating Earth and Lunar Magnetic Fields that the body recognizes
Copyright © 2005-2010 by Thomas Lee Jacobs, All rights reserved
:
By inventor:
Thomas Lee Jacobs
Links below:
The electrical audio coil in your speaker is creating the precise magnetic field
for magnetization and sound is not necessary if one uses a coil-only device.
However, for convenience and practicality use your computer audio speaker
with sound. Watch the video, "Tuning a Magnet with an Audio Speaker".
Watch my video presentation on healing in an "Environment of Cold and Flu". The
video gives an overview of the tuning process and offers avenues for
exploration in helping the body to heal.
The body recognizes and reacts to subtle molecular magnetic fields. I have
discovered that the key in replicating these fields is using matched compound
audio frequencies that move as a designer electromagnetic field from an
electrical coil. The breakthrough insight is that the subtle molecular magnetic field
of a specific area on earth or the moon can be replicated from the audio
recordings made at those locations.
Here is an example of what I am talking about. This video is from a hike along the
Hermit Trail in the Grand Canyon. The approximate field replication for this area is
1737, 2021 Hz and was made directly from the electromagnetic field generated by
a computer speaker coil playing the recording. Knowing the field replication
frequency, one can recreate this field as a tuned magnet, silicone wristband or
using an electrical coil-only device. The body will recognize and interpret the
subtle magnetic field in terms of a physical/emotional response similar to the
actual location.