Why are our modern
conveniences diminishing our health?
It is believed that what is
happening to our bodies, is that as we encounter the myriad
frequencies and electronic signals ever-present in our
environment, they are distorting the natural signals that our
bodies rely on to communicate from brain to body. Every function
of our bodies has a nervous system aspect to it. In a very
simplistic overview, nerves function by carrying an impulse of a
specific "frequency" or "resonance" along its path. The presence
of those electrical impulses is evidenced by our ability to
generate electrocardiogram patterns that are very similar in
healthy individuals and exhibit specific and "readable"
abnormalities in the EKG's of people with abnormalities. The
same is true for other medical monitoring techniques. It should
not come as any surprise then that the external forces of
generated frequencies or impulses might have an effect on our
internal, neural impulses.
All of this occurs at invisible, micro-scopic, subtle levels.
Again, when we realize that, for instance, a cell phone held to
your ear has the power to reach at least the nearest cell tower
to be able to work, then it should not be hard to fathom that
the same cell phone signal might have the power to have an
effect on our neural functions. While the same is true for other
electronic devices, such as microwave ovens, television remote
controls, wireless computer components, probably none generate
as much attention as cell phones.
Cell phones now operate at a frequency range in the United
States from 800megahertz to 1.9 megahertz. That's as compared to
the 88.0 - 108.0 megahertz range of your old radio and the
150.00 - 800.00 megahertz range of most two-way radio
communications. In lay persons terms, what those numbers refer
to is the frequency of vibration within a single wave-length.
Many believe that as we have introduced that everyday, close
proximity use of these devices and frequencies, that they are
having a subtle, disruptive effect on our nervous systems. This
might help to exlain why, beyone the simple claim of
distraction, that there are much higher accident rates among
those drivers using cell phones while at the wheel. It may also
explain why the rates stay about the same with hands-free
devices, especially the wireless type devices which emit a
constant radio frequency to stay in touch with the device. Some
believe that active cell phones and cordless "DECT" type phones
in the bedroom are responsible for disruptions of sleep
Also important in this equation are the possible disruptions of
naturally occurring resonances. These naturally occurring
resonances of the earth, sometimes referred to as the Schumann
Resonances, are very important to our existence and well being.
So important are these resonances to our everyday life that in
the early days of the manned space program, NASA realized that
they needed to install Schumann Resonance Generators in their
space craft to assure the well being of the occupants.
Resonance beads and pendants are
designed to offset these disrupting frequencies. Yes, this seems
like magic. Yet, many many people are reporting that despite
their skepticism, they are having results at the end of the day,
by simply not being exhausted.
Resonance Crystal bead on a
Sacred Circles Necklace
Brownian Motor Theory Applied To Imprinted
Gordon Pedersen Ph.D.
based molecular motors inside the cell may be positively
influenced by imprinted pendants (energy source) and
ultimately function as Brownian Motors.
Molecular motors within the cell can be modulated by
wearing a permanently imprinted pendant. Molecular
motors (mitochondria) inside the cell convert chemical
energy present in ATP into mechanical energy. Imprinted
pendants worn against the skin demonstrate biophysical
changes. These changes would result or be caused by the
diffusion of a particle/particles (into the
mitochondria) whose net motion is strongly biased in one
direction. This would then be a Brownian Motor, and if
put into motion by an energy source (pendant) that
required no additional or supplemental energy, the
activity could be identified as an intercellular
perpetual motion Brownian Motor.
When an imprinted pendant comes in
contact with a body of water (human body), the energy
from the pendant is readily spread (diffused) throughout
the human body where miniscule improvements in
mitochondrial activity result.
This improvement in electron transport
and protonmotive forces within the ATP energy pathway
serves to promote a perpetual motion in cellular energy
potentials identified as a Brownian Motor.
This Brownian Motion within the
mitochondria have immediate and long term influence on
cellular communication, tissues, systems and functions
of the body which helps explain the immediate
improvements observed in human strength, balance and
The heart, brain and nerves contain the
most mitochondria per cell (200 mitochondria per cell)
and appear to respond proportionately.
The use of an
energized pendant and itís affect on the human body, fits Albert
Einsteinís statement that: A mineral holding a magnetic charge,
can be subjected to a body of water resulting in the transfer of
the magnetic energy to the entire body of water (5). Since the
human body consists of approximately 70% water, when the
imprinted pendant comes in contact with the body (water), the
magnetism from the pendant can be transferred to the entire
human body. Because the magnetic influence takes place at the
atomic or cellular level, one would look to the mitochondria of
the cell when searching for the source of Brownian motors. With
that principle in mind mitochondria are sub-cellular and are the
power plant of the cell wherein cellular energy is regulated.
These tiny engines operate in an environment where viscosity
dominates inertia, and where thermal noise makes moving in a
specific direction as difficult as walking upstream against a
moving river current. But the forces directing the actions of
these motors toward a desired direction are minuscule in
comparison with the random forces exerted by the environment.
research using imprinted pendants, demonstrate remarkable
biomechanical responses. Imprinted pendants demonstrate
immediate improvement in strength, balance and right-side,
left-side brain communication as visible improvements in the
coordination of the limbs. These responses are without question
a result of the pendant coming in contact with the human body.
This energy appears to have significant affect on the energy
communications of the brain and body as a whole.
Possible Mechanism of Action
It is possible
that this increase in coordination and strength has its origin
at the sub-cellular level, where the mitochondria respond with
improved energy regulation. The mitochondria process energy in
the form of ATP where ATPase would hydrolyze ATP to generate
fluctuating anisotropic energetic potentials. Along this
pathway, the anisotropic potentials would bias the motion of a
particle or particles (ions, or polypeptides) in a continuous
fashion. This would essentially result in the diffusion of a
particle whose net motion is strongly biased in one direction,
with the translocation of the particle being loosely coupled to
the hydrolysis of ATP. The Mitochondria receives more protons
and functions under less resistance, enabling it to fulfill
energy demands with greater efficiency, in the same way that an
internal combustion engine would produce more horsepower if it
were given a larger exhaust and supplied with more fuel.
According to Dr. Astumian, this Brownian Motion can be generated
externally without thermal gradients, a net force such as
gravity, or a macroscopic electrical field (8).
are membrane-enclosed organelles that are described as the power
plant of a cell because they generate most of the cellís supply
of Adenosine triphosphate (ATP) which is used as a source of
chemical energy (1). In addition to supplying cellular energy,
mitochondria are involved in a range of other processes such as
cell signaling, cellular differentiation, apoptosis, as well as
the control of the cell cycle and cell growth (2). Some cells
contain few mitochondria while others contain several thousand
mitochondria (3,4). If the imprinted pendant has impact on the
mitochondria its effects would be seen in a greater capacity in
cells that contain a greater number of mitochondria.
Porins act as
pores (channels) through a cellular membrane by which molecules
can diffuse. They are large enough to allow passive diffusion of
sugar ions, ions and amino acids into the cell and mitochondria
(7). Plasma cell membranes are influenced by the tiniest of
electrical fields. External source electrical impulses as tiny
as 10 micro-volts, have been shown to enter plasma cells,
penetrating the cellular membrane producing a significant
influence on every organelle, including the mitochondria, where
the membranes of mitochondria contain porin sheets that are
polar and respond to miniscule electrical impulses (9).
Mitochondria contain two cell membranes and sandwiched between
the two are where cytochromes reside. Cytochromes are found in
the inner membranes of the mitochondria and are hemoproteins
that contain a heme (iron) group which carry out electron
transport (4). The iron interconverts between Fe2+ (reduced) and
Fe3+ (oxidized) states (electron transfer process). During the
process of oxidative phosphorylation, protons (H+) are
transported across mitochondrial inner membranes resulting in a
trans-membrane proton gradient called a protonmotive force which
is used to generate ATP. ATP is the universal chemical energy of
life and its production is readily influenced by electrical as
well as chemical sources (2).
may be influenced to promote an increase in diffused ions that
cause an increase in mitochondrial activity and function (7).
(iron portion of the cytochrome) readily responds to minuscule
magnetic charges and can respond to the imprinted pendant
because of its polar nature. When the porins increase the
diffusion of ions into the mitochondria, and at the same time
the cytochrome increases the flow of protons (H+), the
mitochondria will produce a limited but consistent increase in
ATP. This means the individual cells would function with less
resistance and improved ATP production, resulting in improved
cellular communication, cell signaling, and promote overall
improved tissue, and systemic functions. This increased ATP
production and activity would result in the bodyís ability to
function at a higher level physically, mentally and do so in
proportion to the number of mitochondria per cell. An example of
the differences in mitochondrial activity is observed with the
comparison of anaerobic and anaerobic respiration where the heme
(iron) translocates oxygen in aerobic respiration which results
in a 13 fold increase in the production of ATP as compared to
anaerobic respiration (6).
The brain and
heart cells have the highest concentration of mitochondria per
cell and these seem to be where the body demonstrates the most
significant improvement in human performance and function when
the pendant is in contact with the human body.
imprinted pendant comes in contact with a body of water (human
body), the energy from the pendant is readily spread (diffused)
throughout the human body where miniscule improvements in
mitochondrial activity result. This improvement in electron
transport and protonmotive forces within the ATP energy pathway
serves to promote a perpetual motion in cellular energy
potentials identified as a Brownian Motor. This Brownian Motion
within the mitochondria have immediate and long term influence
on cellular communication, tissues, systems and functions of the
body which helps explain the immediate improvements observed in
human strength, balance and coordination. The heart, brain and
nerves contain the most mitochondria per cell (200 mitochondria
per cell) and appear to respond proportionately.
Imprinted Pendant A
class of metal pendant that is comprised of metal which has been
exposed to a 12 hour long imprinting process that yields a
permanent imprint, and demonstrates remarkable
human Bio-mechanical responses to strength and balance.
Nano scale or molecular devices by which
thermally/magnetically activated processes are controlled and
used to generate directed motion in space and to do mechanical
or electrical work.
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Einstein, Albert (1956). Investigations on the Theory of
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R. D., (May 1997), Thermodynamics and Kinetics of a Brownian
Motor. Science. 276: no. 5314, pp. 917-922
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