The brain and the nervous system
The animal organism
The brain of animal with its sense organs, connected by the network of
nerves are structures of interactions of energy with vector properties,
created by natural selection, for millions of years. These structures also
incorporate functional systems also coordinated by the brain (central nervous
system), forming an animal organism. Each animal organism was and is
unique in its time-limited existence, like the oscillation of a vectorial wave.
And the oscillations of vector waves are unique, but the attraction between
vector polarities (negative and positive) is continuously reproduced with the
speed of light, a phenomenon called propagation. In the absence of
reproduction, of the vectorial property of attraction, oscillations cannot exist.
The animal organisms were in the same situation. Keeping the proportions,
the reproduction of animal organisms has evolved from this simple vector
attraction to a complex mode of attraction. Compared to wave reproduction,
vector polarities have evolved into "negative and positive characteristics" of
animals, respective females and males. For vector oscillations, the parity of
polarities is obvious, not and for the balance between the two animal
populations, females and males. The balance comes from the coexistence of
the two populations. Just as the polarities of vectors can only generate waves
when combined, the characteristics of animals can only reproduce when combined.
The network of nerves.
The network of nerves are extensions of the structure of the brain,
connections with the functions of the animal organism, through vector
circuits (electricity). The characteristics of nerve circuits are flexibility and
reliability. These specialy qualities are fulfilled by organic structures in the
form of insulating tubes, guide that ensure the integrity of the vector circuit.
Vector circuits have collinear directions and to become flexible are
segmented by passing through nodes fixed in the guide, with or without
multiplying the direction. Vector circuits are energy (not matter), connected
by simple strings of vector polarities. Vector circuits are intrinsically
incognoscible vector properties of energy, the vector like an arrow is just a
symbol of properties. Properties are causes, organs feel effects and
CNS synthesis. Through their interactions, vector properties continually
transform energy into forms called the "matter" of the universe. But and
conversely, it transforms "matter" into energy, forms called dark energy and
space, obviously incognoscible, demonstratively, the Michelson experiment.
Sense of touch.
The skin is the receiver of external stimuli and other internal causes,
transformed into signals propagated by vector circuits in the brain.
The quality of tactile sensor of the nerve, respectively of the vectorial
circuit, consists in the connection of the polarities coming out of the last
node, with the polarities in the epithelial tissue, having as support, the last
node fixed in the epithelium. From this position, the stimuli propagate in the
circuit, as the state of connection with the epithelium. The state of the
connection are exactly the tactile senses propagated in the circuit:
- pressure, touch, intermittent touch (pruritus), propagates in the circuit
the variation of connection density (intensity), with low frequencies, the
sensation of pruritus is generated and by structural causes
associated with caloric and perspiration.
- temperature, agitate the structure of the skin, breaks the connections
with electric arc and propagates in the circuit the variation of the density
of the connections with high frequencies.
The temperature of the whole organism represents the metabolic activity,
in which the chemical reactions change structural bonds with electric arc.
Increased metabolic activity (effort) raises the temperature, a process
translated by vector circuits in the form of fatigue and local pain.
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