How to Build a Brain without a Brain:

Here are some examples of an Intuitive Aneural Network, a network that stores and processes information without a brain or neurons (The Brein Theory), and its six major elements.

Perhaps, some time during your childhood days, you playfully send messages through a friend using a string telephone, a toy which is made up of two tin cans where each end is connected by a 20 foot long string. . When information is send through the first can, the information travels to the string, and receives by the second can. This simple telephone setup illustrates a model of what a system is and what it is made up of.

In any system, there are always six major components present. Technically, they are the incoming message called the input, the flowing message called the medium and the outgoing message called the output. Moreover, the first can, where the input flows, is called the collector; the string, where the medium flows, is called the carrier; and the second can, where the output flows, is called the actuator.

The six major elements of a system can also be divided into two parts. The input, medium and output are the first part of the system; while, the collector, carrier and actuator are the second part. The first parts are all non-materials(materialize) while the second parts are all solid material objects. All materials and materialize are singularly called physicals. A very important concept in understanding a system.

From the drawing above, the collector serves as the switch, the carrier as the wire, and the actuator as the light bulb. The input signal comes from the switch, flows into the medium, and releases the output as light. Note, the battery here serves as the inducer hub. In this demonstration, information is stored and processed without using any neuron or brain.

In a nerve cell (neuron), signals are received by the dendrites, processed by the cell body, and transmitted as output into the axons. The neuron is the basic unit in the nervous system. It is a specialized conductor cell that receives and transmits electrochemical nerve impulses. A typical neuron has a cell body and long arms that conduct impulses from one body part to another body part. There are three different parts of the neuron: the cell body, dendrites, and axon. The cell body has several highly branched, thick extensions that appear like cables and are called dendrites. The exception is a sensory neuron that has a single, long dendrite instead of many dendrites. Motor neurons have multiple thick dendrites. The dendrite's function is to carry a nerve impulse into the cell body.  An axon is a long, thin process that carries impulses away from the cell body to another neuron or tissue. There is usually only one axon per neuron. Neurons in the body can be classified according to structure and function. According to structure neurons may be multipolar neurons, bipolar neurons, and unipolar neurons: Multipolar neurons have one axon and several dendrites. These are common in the brain and spinal cord Bipolar neurons have one axon and one dendrite. These are seen in the retina of the eye, the inner ear, and the olfactory (smell) area. Unipolar neurons have one process extending from the cell body. The one process divides with one part acting as an axon and the other part functioning as dendrite. These are seen in the spinal cord.

In plants ... veins in leaves, stems and roots are the neural network

In computers ... the hardwires on the motherboard, transmitter, receiver and the softwires on the atmospheric channels are the neural network.

The Cobweb Neural Network Connection, or CoNNeC, is one of the alternative systems of networks that stores and processes information without compensating heavily on neurons or a brain. The information is simply stored and processed into the network by mediums and carriers (Lawsin 1988).

In the Cobweb Neural Network, the web is the neural network. In this demonstration, information is stored and processed in the web, the fly is the trigger, and the spider serves as the brain.

With all these various labyrinths of neural networks, could the skin, the largest organ from where portions of it shrunk to become the brain, be the real neural network of the human body and not the brain?


Excerpt from the book: Biotronics: The Silver Species

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"Just because you have a brain doesn't mean you are conscious;

just because you are alive doesn't mean you have a brain." 

~ Joey Lawsin

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NOTICE: Articles on this site are composed on random thoughts. The transcript may not be in its final form. It maybe edited, updated or even revised in the future based on the outcomes of  the author's experiments.

Public Domain Notice: Copyright (c) 2000. All rights reserved. This article is part of a book entitled Biotronics: The Silver Species. Copies are welcome to be shared or distributed publicly as long proper citations are observed. Please cite as follows: The Biotronics Project, Joey Lawsin, 1988, USA.

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