THE COMPUTER ANALOGY
by Dr. Lawrence Wilson
© March 2011, L.D.Wilson Consultants,
Inc.
All
information in this article is for educational purposes only. It is not for the diagnosis, treatment,
prescription or cure of any disease or health condition.
A rough analogy to help people
understand nutritional balancing science is to compare it to fixing an
electronic device like a computer.
THE INFORMATION
ANALOGY
The basis of this analogy is
that a computer must input information, must then process, store and retrieve
that information, and then it must spit out or output information. That is essentially what any electronic
device does. We could view healing
the body as a subset of this idea, as follows.
Input devices. On a person, these include the mouth, the teeth, the
esophagus, stomach, and intestines.
It also includes the lungs and bronchial tubes. It also includes other types of input
devices such as the ears, eyes, nose, and sense of touch. All of these must function perfectly to
absorb what the body needs.
Processing and
memory. The
body or Òliving machineÓ must then process, store, retrieve and process the
information some more. A general
term for this phase of machine operation in the human being is metabolism. However, this is broken down many ways, for example, into catabolism (breaking the information
apart into smaller bits), and anabolism
(building up little bits into larger wholes). These take place continually in various areas of the human
machine in a vast array of manners, facilitated by enzymes, which are like transistors. Some of these depend on minerals that are facilitators, meaning
they speed up the transmission of the information, while other minerals like cadmium, lead and fluoride
are inhibitory, slowing down the transmission of the information.
Memory. Similar to a computer, the human
machine has many types of memory.
They include shorter-term, longer-term, fast-access memory, RAM or
random access, and perhaps others.
Internal and
external communication systems. Like a computer, the whole system is connected by means of
wires, which also vary in type.
Some must transmit at high speed, (reflexes), while others must carrier
higher voltages or amperage and are thus of a different design and nature.
Also, like the modern computers,
communication is not just via wires.
The machine is equipped with more sophisticated wireless connections,
and perhaps other methods that are more suited for some needs. These are analogous to other
communication systems within our bodies such as the hormonal system and perhaps
vibratory, meridian systems or others of which we still know little.
Output. Finally, it must output some information, which is not only
the eliminative systems of the body, but the expressive systems like movement,
speech, and even some thinking that turns to expression.
Software (easily changed aspects) and
hardware (aspects that are immutable or difficult to alter). Hardware might be like the DNA or
genetic code of a person. Software
or programs might include the minerals in the foods, the type of water one
drinks, oneÕs thoughts or emotions, oneÕs knowledge, or other input that is
fairly easily changed out or switched.
Of all of these, I am told that the minerals are the most basic and
among the most powerful programs in our bodies.
This
means change your minerals and you change your output and your health.
Others.
Temperature
regulation. Machines often have systems to
regulate their temperature, since they will not function well when they run too
hot or too cold, and can be severely damaged. This is similar to our skin, sweating, shivering and other
heat regulation mechanisms in each cell.
Self-diagnosis and
repair. Some
sophisticated machines today, even our automobiles and computers, have quite
sophisticated self-assessment and repair systems. These might be likened to the immune system and others in a
person that help discover problem areas and fix them quickly by recalibrating
the system, or requesting a maintenance check and even ordering new parts.
Movement, similar to our muscles, to
transport or move the machine around.
Specifications. All machines and humans have
specifications they must meet and maintain. If they do not, they quickly break down and
malfunction. Hair analysis ideal
readings give us some of these specifications, for example, as do blood and all
tests.
Reproduction. This sounds odd, but some day our machines may even include
systems to reproduce themselves.
Machine personality. Machines actually have sort-of human
like quirks or qualities that are somewhat like a personality. For example, pickup truck ride rough,
donÕt have the power of muscle cars, but have heavy suspensions to handle heavy
loads. This might be called their
ÒpersonalityÓ. Some computers run
at amazing speeds, but are somewhat unstable and prone to crashing. This is the ÒpersonalityÓ of this
particular machine. It sounds like
a fast oxidation rate in a human being.
HAIR MINERAL
ANALYSIS, BLOOD WORK, X-RAYS, ETC.
These
are all readouts or ways to monitor the machine, similar to diagnostic
printouts that many computers, printers and other electronic machines generate
for their users. This is an
excellent way to understand hair mineral analysis, in particular, because it is
a very sophisticated readout of a human body that includes information on a
physical, chemical, biological, mental, emotional and spiritual levels all at
once.
By
the way, machines also have many of these levels and engineers must actually
monitor and design them properly so they will not conflict with each
other. For example, physical machines
must operate at the correct temperature, air pressure and other physical
conditions. The metal parts must
not corrode too fast or be subject to any chemical damage, or be protected from
it. Of course, the electrical
system (wires, etc.) must work properly, too. Wireless or vibratory levels of functioning must also work
well, and all these systems must be integrated so that one does not conflict
with another. For example, it will
not do for a power transformer that emits a strong electromagnetic field to
conflict with a wireless signal, or for it to generate so much heat that if
placed near another component it will damage it.
The
human machine is actually similar.
All levels of functioning must coordinate and integrate, or there will
be serious illness in the body.
This means the food, the water, the electrical balance of the cells, the
physical qualities such as heat, cold, oxidation rate, yin and yang, and more
must all be integrated.
Nutritional balancing is one of very few healing systems that seek to do
this consciously and simply in every single case. It is one of the secrets of its success.
PROBLEMS WITH THE
CURRENT MEDICAL MODEL IN THIS ANALOGY
Fragmentation – lack of a total
systems approach. Problems with the allopathic medical system could be
compared to just dealing with one aspect of the computer, such as an output
device like a printer – analogous to perhaps constipation which is an
inability to get certain things out of the body. However, any computer geek knows that when a printer
malfunctions, the problem might be in the printer itself, but it could actually
be in any number of the systems of the machine, such as the processor, memory,
switching, or even an input problem that is conflicting or confusing the
system.
Superficiality
- simple remedies are not enough. Computer
scientists also know that while a quick fix sometimes works for a simple
problem, often one must take a long-term systems approach to correcting
computer difficulties and make sure all the systems are working, since a hidden
computer virus could be affecting any part of the machine, which in turn is
causing an effect at a distance – meaning somewhere else in the
machine. Once again, allopathic
medicine is just too simplistic in many cases, thinking that stomach problems
just require a stomach remedy, and so on, when really much more is required.
Toxicity
– dangerous interventions that are often not even needed. Another problem of allopathic
medicine is the overuse of toxic substances. This would be like introducing new and untested programs to
fix old broken ones, rather than remove the bad program. It might even include introducing
computer viruses, or even hitting the computer to fix it.
The better way is to carefully
dissect the problem, cleaning and oiling the hard drive and other mechanical
parts, and attempting to restore and return the machine to perfect working
order as it was when it came from the factory. This is the nutritional balancing approach to disease.
This analogy may help some
people understand why we use a systems approach to healing that really is an
informational model. It may also
help us to design better products and procedures to restore the human machine, an
amazing living information transforming device.
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