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Tuning and Enhancing Molecular Magnetic Fields
Tuning and Enhancing Molecular Magnetic Fields
The magnetic field strength of the tuned glass and silicone wristbands is very
subtle, though noticeable over time by many people wearing these devices. They
do not pose a health issue often associated with stronger magnetic fields. Tuned
glass and silicone wristbands using the process described below will not attract
metal or other ferrous material. The process works for materials not commonly
thought to be magnetic as well as those that are ferromagnetic such as
commonly found ceramic refrigerator magnets. Tuning the magnetic field of a
magnet for a specific healing response in the body is a breakthrough discovery.
subtle, though noticeable over time by many people wearing these devices. They
do not pose a health issue often associated with stronger magnetic fields. Tuned
glass and silicone wristbands using the process described below will not attract
metal or other ferrous material. The process works for materials not commonly
thought to be magnetic as well as those that are ferromagnetic such as
commonly found ceramic refrigerator magnets. Tuning the magnetic field of a
magnet for a specific healing response in the body is a breakthrough discovery.
The magnetic field of a material is uniquely tuned depending upon the sound
frequency settings used in the designer MP3 audio file or tone generator. These
sound frequencies are converted into electrical audio signals that create a
precise electromagnetic field in the audio speaker coil for tuning and enhancing
the material. The result is a material such as glass, magnets or silicone
wristbands that have a permanently enhanced and altered molecular magnetic
field. This altered field, though very subtle, can affect the physical body in helpful
ways. The molecular magnetic field of one material can be replicated or cloned in
a totally different host material.
The ability to tune a material using an externally applied and specifically
designed electromagnetic field remains to be validated but the implication is
clear to me. An example is a chemical compound. It has a fixed molecular
magnetic field based upon electron spin and alignment. If one could decipher the
electromagnetic frequency of this compound it could be replicated in the
magnetic field of another material. The magnetic field of the tuned material is
permanently enhanced.
The key to this process is the frequency match used and the duration it is applied.
It creates a subtle yet permanent magnetic field in the new material that is a copy
of the magnetic field of the compound. See Molecular Magnetism. "An important
property of a molecular magnet is the possibility to tune its spin state by an
external parameter such as the magnetic field."
Creating a molecular magnet can be simplified using my process.
frequency settings used in the designer MP3 audio file or tone generator. These
sound frequencies are converted into electrical audio signals that create a
precise electromagnetic field in the audio speaker coil for tuning and enhancing
the material. The result is a material such as glass, magnets or silicone
wristbands that have a permanently enhanced and altered molecular magnetic
field. This altered field, though very subtle, can affect the physical body in helpful
ways. The molecular magnetic field of one material can be replicated or cloned in
a totally different host material.
The ability to tune a material using an externally applied and specifically
designed electromagnetic field remains to be validated but the implication is
clear to me. An example is a chemical compound. It has a fixed molecular
magnetic field based upon electron spin and alignment. If one could decipher the
electromagnetic frequency of this compound it could be replicated in the
magnetic field of another material. The magnetic field of the tuned material is
permanently enhanced.
The key to this process is the frequency match used and the duration it is applied.
It creates a subtle yet permanent magnetic field in the new material that is a copy
of the magnetic field of the compound. See Molecular Magnetism. "An important
property of a molecular magnet is the possibility to tune its spin state by an
external parameter such as the magnetic field."
Creating a molecular magnet can be simplified using my process.
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Copyright © 2005-2010
Thomas Lee Jacobs, All
rights reserved
In the Author's Comments on page 14 I discuss the history of my investigation and
experimentation with subtle magnetism over the years. Originally I thought that
there was a link between gravity and magnetism and devoted my exploration in
that area spinning heated glass blanks with a bolo type sling. Later, I extended
my investigations into sound using specific compound sound frequencies in order
to tune the magnetic field of a material. Though sound may have the ability to
affect magnetic fields, it became clear in June of 2008, with advice from Gaston
Cerrichio, that the electromagnetic field generated by the audio speaker coil was
performing the tuning of the field and that the sound waves were not a factor in
the process.
experimentation with subtle magnetism over the years. Originally I thought that
there was a link between gravity and magnetism and devoted my exploration in
that area spinning heated glass blanks with a bolo type sling. Later, I extended
my investigations into sound using specific compound sound frequencies in order
to tune the magnetic field of a material. Though sound may have the ability to
affect magnetic fields, it became clear in June of 2008, with advice from Gaston
Cerrichio, that the electromagnetic field generated by the audio speaker coil was
performing the tuning of the field and that the sound waves were not a factor in
the process.
An ongoing process of discovery and insight