LifeOS: exploring the system that executes DNA

October 22, 2008

Holographic Mind

Filed under: Ch 07 Biological Holography — Tags: , , — insomniac @ 11:09 am

Dr. Karl Pribram

Back in the 60s, Dr. Karl Pribram had this to say about how the brain produces images in the mind.

“ …brain models need to take into account the type of processing performed
by optical systems. Such optical information processing is called
holography, and holograms display exactly the same sort of
imaging properties observed for brain…”

Sight, hearing and thought all involve generating an internal hologram by firing synchronized neurons. Dr. Pribram was far ahead of his time. Not only did he see the brain as using holographic principles before most even new that holography existed, but he saw how it related to motor activity.

More from Dr. Pribram:

“What the data suggest is that there exists in the cortex, a multidimensional holographic-like process serving as an attractor or set point toward which muscular contractions operate to achieve a specified environmental result.”

The actual process of thought is connected holographically to muscles, which have their own holographic memory. Both are connected to the holographic model in our mind that we project as outward reality. What we see, hear, smell and feel, along with what we do and think about, are intimately wound into memory at all levels of our existence.

An Imaginary Ferrari

When the light bounces off the hood of your Ferrari , for example, it produces a 2D image on your retina. There is no matter being transferred, only light energy, carrying information.

Some photons bounce off the surface of the clear lacquer top layer, some penetrate deeper into the layers of paint. All these photons pick up individual bits of information about the surface qualities, and scatter this information into the environment. Within this scattering, all these individual bits remain coherent; the information describing this object retains its meaning. Amazing!

Waves of Information

The eye gathers all this information and sends it to the brain. The individual data paths from retina to the brain, have been studied at length. However, the way this data is reassembled into an interactive representation of external reality, is more difficult to address. As Dr. Pribram surmised more than forty years ago, it most certainly involves holographic principles.

The waves of photons encode the information into wave lengths and other properties that the nerve endings of your retina further encode into their specialty. Some nerve endings are sensitive to wave length, distinguishing colors. Other nerve endings are sensitive to other properties, like movement or edges, and they send their encoded information to the brain. Rather than consider all data paths as individual streams, it is more helpful to consider that they all follow the same wave synchronization as does the environment. Waves of photons are translated into waves of nerve impulses that maintain their coherence as they are converted into images in the cortex.

In the brain, these waves of incoming information are re-organized into a dynamic hologram, that mimics the external one. It is so accurate that you can you can use it to drive your Ferrari successfully through extremely dynamic environmental conditions.

Total Experience

Not only does this hologram consolidate diverse visual cues into an accurate model of the environment, but it also integrates the rest of the senses into a total experience. This includes the 3D holographic model along with all the sounds of the singing exhaust, smells of aromatic oils and jerking of g-forces that accompanied the experience. This total package is saved in memory as such. It links recall to elements of the experience that are not directly observable as environmental events, like the thrill of speed and the pride of ownership. In other words, it records dopamine, adrenaline and other hormone levels as well. This information is not stored as individual bits of data, but as part of the current “state” of the organism. All of this information is accessible in ways only dreamed of by database engineers.

Add to that the fact that the word “Ferrari ”, can recreate the experience, including a rush of hormones and you have a remarkable system. Actually, it can do better than that: it can create some of the Ferrari experience in the imagination, without ever having driven one. This is information processing at a very high level. Artificial Intelligence folks would love to be able to do this kind of stuff.

Instant Rendering

What the holographic model does is embody all relationships at once, like the 3D environment projected by our brain. Instead of isolating parts, it looks at the whole; the experience. It is like a 3D rendering done by ray tracing, in that it collects all the coordinates within its field, but it does it instantaneously. Whereas ray tracing is a digital activity that traces every ray, one by one, the holographic system projects all the ray possibilities at once.

A coherent electromagnetic field acts as if it were a single object, no matter the spacing or distance between the physical elements that generate the field. The field represents all of the possible mathematical and geometric relationships within its structure. It is the very antithesis of a linear equation; it is holographic projection of potential. The state of the field exists as a wave pattern against that potential; a real time expression of all current relationships.

Seeing in the Dark

Another question worth asking is, where does the light that appears in our cortex come from? Light stops at the retina, yet the hologram we see in our cortex is very convincingly made of light. It would seem that the neurons that produce the images in our brain are working in total darkness, right? We are not seeing the light directly, but our neurons are mimicking the environment as reported by the senses, including the light levels. Could the fact that all cells emit biophotons, light in the visible spectrum, have anything to do with it? According to Dr. Popp, chemical reactions within the cell are initiated by biophotons. They appear to be part of the control mechanism that manages cell activity. These biophotons are the holographic bits, firing in perfect sync, cranking out neurotransmitters, essentially producing our reality.

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4 Comments »

  1. Excellent. I was just thinking about the holographic mind this morning.

    Comment by L. Whalen — February 18, 2010 @ 8:53 am

    • That’s why it is so hard to finish a book! I read and ponder all day, sleep on it, and by 4 in the morning, it is bubbling around my frontal lobes, demanding a place in the discussion. But i do it for that, more than to finish books. I think it is a better book in the process. Thanks for stopping by.

      cheers,
      jim

      Comment by insomniac — February 18, 2010 @ 9:39 am

  2. […] also has holographic memory. Read his quote below taken from a fellow blogger (see the source here):   “ …brain models need to take into account the type of processing performed by optical […]

    Pingback by QUR’AN IN RAMADAAN: The enjoining Light « The STRUCTURE of ENTROPY — August 4, 2011 @ 9:48 pm

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    Comment by Vitamins — April 21, 2013 @ 9:07 am


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