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Various Hologram Theories
1. Holographic Brain Theory
Dr. Karl Pribram's whole brain theory states
that the brain stores information throughout the whole brain. There
is not a specific location for a specific memory. His book, "Languages
Of The Brain" describes the neurological holographic process.
2. Intrapersonal Holograms
Paul Chivington describes a psychological hologram
in his book "Seeing Through Your Illusions". My communication
models are based on Chivington's psychological model. Communication
takes place when we respond to stimulus. We store new information based
upon our past experiences and what we experience in the present. Our
new subconscious record will be projected in the future. Both Pribram
and Chivington say that we store and project information through our
subconscious mind holographically.
The object beam represents our 5 senses. I believe
the lens represents how sharp our senses are. The lens becomes "clouded"
when we loose our sensitivity to stimulus. When we reflect our sensory
stimulus attention onto the object, we record the waves as a reflection
of our sensory interaction.
The reference beam is a reflection of the mirror
of our past experiences, beliefs, attitudes, and our expectations of
the outcome of the future. It is the projection of your past hologram.
The diffusion lens needs to be clear to project a clear representation
of the past.
The two beams causes the interference pattern
to be created in our brains. We project these old images onto future
events. Chivington claims that we can change our reactions to present
events by changing our attitudes and beliefs about our past experiences.
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3. Projecting Information
One reference beam is used to project
a hologram. A white light can be used to view, or project, most holograms.
But, to get the clearest image and the most perspectives, the light
source used to project the image should have a coherency similar to
the original light source. The waves of the reference beam will intersect
with those on the film and reproduce the information of the image. The
more intersections of waves, the clearer the image reproduced.
A hologram projected has an inverse relationship
with the hologram recorded. Notice that the black side of the object
is closest to the plate in both the real image and the virtual image.

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