Static and Dynamic Chaos

Order and Chaos

Of ferman: Fernando Mancebo Rodriguez---
Personal page.

You can see many of my works, in the following pages:

PHYSICS:

Video: Cosmic and atomic model

Double slit and camera obscura experiments: ferman experiment |||
Type of Waves: Questions of Quantum Mechanics

The socurces of gravity. |||
In favour of the cosmos theory of ferman FCM |||
Theory of Everything: summary

Model of Cosmos. |||
Atomic model |||
Development speed of forces.|||
Magnets: N-S magnetic polarity.

Stellar molecules |||
Static and Dynamic chaos|||
Inversion or Left-right proof |||
Scheme approach TOE

Chart of atomic measures|||
The main foundations of the Cosmos' Structure |||
Unstable particles in accelerators

Short summary atomic model |||
Positive electric charges reside in orbits.|||
Mathematical cosmic model based on Pi.

Inexactness principle in observations |||
Einstein and the gravity |||
The Universal Motion |||
Atomic particles

Cosmic Geometry |||
Bipolar electronic: semiconductors |||
Multiverse or multi-worlds|||
Light and photons

Quantum explanation of Gravity |||
Real physics versus virtual physics |||
The window experiment

Atomic Density |||
Linkin: Coeficients Lcf Mcf |||
Atomic nuclei structuring: Short summary

Few points about Cosmic Structuring.|||
What is Time|||
Simultaneity |||
The Cosmic tree |||
The Cosmic entropy

Interesting and short life of neutrons |||
Leptons field |||
Macro Microcosm, the same thing.

Fourth dimension of space.|||
The way to get a unity theory|||
UHECR Ultra-high-energy-cosmic-rays

Magnetic or entropy forces: types or classes|||
Time observation and time emission |||
The universe expansion

Planetary Mechanics : Short summary |||
Easy explanation of the Planetary model|||
State and type of Particles

Higgs boson and fields: wrong way |||
The positron proof: main types of magnetic fields

Current state of cosmology |||
Electromagnetic charges: reason and procedure |||
Neutron: The short and interesting life of

Type of Magnetic Forces |||
The big-bang and Universe' expansion |||
Astronomical chart: Astros, asteroids and microids

Certainty Principle: easy explanation |||
Certainty Principle and the Schrodinger's Cat |||
Wave function collapse

Relativity versus QM |||
The non-curvature of space by matter |||
The Master Clock

MATHEMATICS:

Radial coordinates.|||
Physical and mathematical sets theory. | Algebraic product of sets.

Planar angles: Trimetry.|||
Fractions: natural portions.|||
Cosmic spiral |||
Inverse values of parameters and operation

Equivalence and commutive property of division. |||
Concepts and Numbers. |||
Bend coefficient of curves |||
Mathematical dimensions

Transposition property |||
Accumulated product: Powers |||
Dimensional Geometry: Reversibility

Priority Rule in powers and roots |||
The decimal counter |||
The floating point index |||
Paradoxes in mathematics

Direct formula for Pi: The Squaring Pi. |||
The pyramids of Squaring Pi. |||
Functions of Pi |||
Integration formulas Pi.

Squaring the Circle |||
Cocktail formula for Squaring Pi.|||
Orbital coordinates in motion: Summary

Oscillating function: Cartesian oscillators |||
The ciclo as unit of angular speed |||
Squaring circles ruler and compass |||

Video: Squaring circles ruler and compass |||
The number Phi and the circumference.speed |||

The The extended Pi |||
Angles trisection|||
Squaring the Circle regarding Phi|||
Video of the two squares method

Discusion about the Pi as transcendental number|||:
Not transcendental Pi|||
The chained sets|||

Properties of equalities in limits|||
The Phi right triangles |||
Pi and the Circumscription Theorem

Pi triangle by squaring the circle :
Vedeo Pi triangle |||
Squaring Pi demonstration by circumscription Theorem LatexPdf

Doubling the cube |||
Framing the circle |||
Phi and Pi: relation formula

Squaring circle with Phi (to 0.000005 of ideal ruler and compass)

OTHER:

Spherical molecules. |||
Genetic Heredity. |||
Metaphysics: Spanish only. |||
Brain and Consciousness. |||
Type of Genes T and D

Certainty Principle |||
From the Schrodinger cat to the Ferman's birds |||
The meaning of Dreams

Freely economy |||
Theoricles of Alexandria |||
Rainbow table of elements.|||
Satire on the Quantum Mechanics

Cancer and precocious aging |||
Hardware and software of Genetics |||
The farmer and the quantum physicist

Dreams and unconscious logical computing

INVENTIONS:

Andalusian Roof Tile. |||
Rotary Engine. |||
Water motors: Vaporization engines.

Triangular ferman's Houses .|||
Pan for frying and poaching eggs |||
The fringed forest

Summary of Hydraulic Chenge Box

ARTICLES:

The Emperor's new clothes and the QM |||
Garbage Triangle: Quantum mechanics, Relativity, Standard theory

Fables and tales of the relativists clocks.|||
Nuclei of galaxies.|||
Particles accelerators.

Hydrocarbons, water and vital principles on the Earth. |||
Cosmos formula : Metaphysics

Ubiquity Principle of set.|||
Positive electric charges reside in orbits.

Chaos Fecundity. Symbiosis: from the Chaos to the Evolution.|||
Speed-Chords in galaxies.

The ancient planets Asteron and Poseidon.|||
The man and the testosterone.|||
Toros say |||
The essence of life

Chaos + symbiosis = evolution |||
Future Cosmology: Satire on Relativity and Quantum Mechanics

The stupid tale of the astronaut that did not age

METAPHYSICS:

Video Universal Consciousness||| Who is God |||
Web Universal consciousness

Creation: Highlights|||
First steps in metaphysics |||
A personal experience

Reason for the Cosmos' creation

Email: ferman30@yahoo.es

Chaos

Static and Dynamic Chaos

Order and Chaos

Let's remember firstly the definition of Chaos in Structural Cosmology:

"Chaos is the interaction among autonomous elements or subsets when they stay and move in the same vital space".

(So at first, all interaction or interrelation among elements can be considered initially as a chaotic state, although later on could be necessary to analyze its chaotic degree.

In this sense and in my set theory, three integration degrees of symbiosis of the set elements are given, which go from the scrappily set (where no symbiotic relation seems to exist) to the fusion set where a total integration or symbiosis exists, and the elements already form a much defined physical body.)

That is to say, for creating a chaotic state firstly we need the existence of elements with autonomy and own characteristics, and second that these elements can have interaction among them.

Of this previous explanation we also take out diverse queries that later will try of clarifying.

The most important would be respect to if chaos is a human appreciation only, or if chaos really has physical consistency.

A first consideration to keep in mind is that chaos besides being a physical reality that takes place when all the elements of a group are disconnected some from other and they don't keep any type of structural relationship among them, but also chaos in some way is a subjective consideration of the people that observe these set.

Now then, the study of the physical reality would be very difficult and not very useful for us because we would never arrive to observe the physical reality in all their points.

For it, we study the subjective chaos that includes to the real physical chaos and also to the subjective chaos observable for us.

Therefore we should accept ahead of time that our measures are relative or observables measures due to the used units are not completely physical, but conceptual units that are adapted to our understanding.

This way in the static chaos we will see that one ( 1 ) chaotic degree represents the total chaos of the elements of the group and one ( 1 ) order degree represents the total order of the elements of the group.

We will consider two types or characteristic of Chaos that will be the Static Chaos and the Dynamic Chaos.

As their names tell us, the Static Chaos will be given when the elements of the group to consider don't have motion.

You can also consider as static chaos to an instantaneous picture "photo" from a dynamic chaos that is taken for its study and consideration as static chaos.

On the other hand the Dynamic Chaos takes place when the elements of a group move inside the same one, and this way, another type of chaos take place that is the Fluctuation Chaos.

Here the important thing it is not the form and structure that the elements keep among them, but the change of mobility or fluctuation that each one of these elements can have regarding to the other ones.

This way if two elements coming closer one to other and they collide or they are simply rejected themselves changing of direction or speed, we say that what it happened is a double fluctuation due two element have changed of direction or speed.

The static chaos has an important subjective component, say, that we can consider that a set of elements has chaotic consistency ( or not ) for the simple reason that its elements form figures, lines, etc. always from our point observation, although they could not represent any real physical ordination or coordination.

If for example in any paper we see several separate letters ( u s h e o ) we can say that they form a chaotic set.

But if we unite the letters and we form the orderly word ( h o u s e ) then we say that this set of letters forms an orderly set and no chaotic.

On the other hand if the word is in Chinese, for us the word could follow been quite chaotic.
But this is a subjective idea of us, because from the physical point of view both states of the set should have the same consideration.

Now then, although they are subjective forms of observation, for us it is necessary to find methods of measure of these chaotic concepts.

And for it, I expose the following formula:

Previously we have seen two antagonistic concepts, Order and Chaos.

Order represents to the total integration and ordination of elements of the group and Chaos represents the total disintegration and disorder of the same one.

This parallel study is important since when we change the structure of the set, we can realize that what one of the concepts win is lost by the other one: When chaos diminishes � order increases, and vice verse.

Because well, here we have put some very simple formulas that I believe they fit inside the subjective concept that we are giving to this study of Chaos and Order.

In this case the Order is represented by the formula **1/n ** where ** n ** is the number of resultant elements after the integration and ordination of the set.

And Chaos is represented by the formula ** n-1 / N ** where ** n ** continues being the number of integrated elements and **N ** the total number of initial elements.

In the case that we put previously (house), firstly we would have a set with five disordered elements (( u s h e o )) and after the integration of the letters with obtain a single element (( h o u s e )).

In this case the application of the order formula would be:

Before the integration: (( u s h e o )) 5 elements.

1 / 5 = 0,2 Od ordination degrees

And after the integration: (( h o u s e )) 1 integrated element.

1 / 1 = 1 Od.

--------------------- And as for the Chaos we would have that:

Before the integration: (( u s h e o )) 5 elements.

5-1 / 5 = 0,8 Chd chaotic degrees

And after the integration: (( h o u s e )) 1 integrate element.

1-1 / 5 = 0 Chd.

On the other hand in the static chaos we don't consider to space and time as parameter that intervene in the same one.

In the previous example it doesn't care if the letters are small or giant, or if the set formed during one minute or one year.

As we have said, the Dynamic Chaos has different characteristics than the Static Chaos since here what interests us it is the changes of motion of the elements that it will produce us that idea of Chaos of the motion.

Now then, in the dynamic chaos as in the static one a subjective great component exists, since perception of motion depend on our observation capacity.

Therefore here we say that the dynamic chaos is the one taken place by the motion changes or fluctuations that can be OBSERVABLE for us.

If the change is so small that we don't appreciate them clearly, this change won't produce us any chaos sensation, and therefore we don't consider it as chaos.
Now then, if we can observe it by means of instruments or devices, or we simply want to make it to theoretical title, then yes, we can use any fluctuation for small that is.

To explain and to measure the dynamic chaos I have put the following formula: