Information Organization of the Universe and Living Things

Information Organization of the Universe and Living Things
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The universe is considered an expansive informational field subjected to a general organizational law. The organization of the deployment results in the emergence of an autonomous organization of spatial and material elements endowed with permanence, which are generated on an informational substratum where an organizational law is exercised at all scales. The initial action of a generating informational element produces a quantity of basic informational elements that multiply to form other informational elements that will either be neutral, constituting the basic spatial elements, or active, forming quantum elements.<br /><br />The neutral basic elements will form the space by a continuous aggregation and will represent the substrate of the informational links, allowing the active informational elements to communicate, in order to aggregate and organize themselves.<br /><br />Every active element is immersed in an informational envelope, allowing it to continue its organization through constructive communications. The organizational law engages the active quantum elements to aggregate and produce new and more complex quantum elements, then molecular elements, massive elements, suns and planets. Gravity will then be the force of attraction exerted by the informational envelopes of the aggregates depending on their mass, to develop them by acquisition of new aggregates.<br /><br />The organizational communication of the informational envelopes of all of the physical material elements on Earth will enable the organization of living things, with reproduction managed by communications between the informational envelopes of the elements, realizing a continuous and powerful evolution.

Оглавление

Alain Cardon. Information Organization of the Universe and Living Things

Table of Contents

List of Illustrations

Guide

Pages

Information Organization of The Universe and Living Things. Generation of Space, Quantum and Molecular Elements, Coactive Generation of Living Organisms and Multiagent Model

Introduction

1. The Computable Model, Computer Science and Physical Concepts

1.1. The Turning model

1.2. Computer science

1.3. Formation of the Universe in physical sciences

2. The Informational Components and the Organizational Law of the Formation of Space and the Elements of the Universe

2.1. Informational model of universe generation and organizational law

Notion of the informational component of activity and structure and the emergence of the Universe

The informational energy given to informational components

2.2. The notion of generating information in the Universe

The information field of a component

The informational substratum of the Universe

The activity information component and its information envelope

The two categories of information components

The information that generates

The space-forming structural component

The generating information creating the Universe

Organizational trend of the Universe and informational envelope

Constructive informational actions of the activity components

2.3. The generative informational component and the informational energy of the substrate of the Universe

The generative informational component and the informational substrate of the Universe

Informational energy and the substrate of the Universe

Informational links

Organizational properties of the substrate of the Universe

The structure and information envelope of an activity component

The first activities of the informational components and the initial Universe ball

The creative activity of the informational component of activity

The quantum-type information components

The characters of time in the Universe

2.4. The formation process of the Universe from the informational components

An organizational scheme of the formation of the Universe and gravity

Algorithm for generating a universe

3. An Agent Model to Represent Informational Components

3.1. Informational and control agents representing the components

The informational agent representing an activity component

The two types of agents corresponding to the two types of components

Consideration of the organizational law with the control agents

Rules of action for a control agent

The entanglement of two informational agents

3.2. The generation of atoms and molecules in the informational agent model

The properties of informational agents

3.3. The formation of a hydrogen atom agent with informational agents

Action of substrate control agents on informational agents

The complementarity of informational agents

The informational energy and the physical mass of the elements

Structure of an atomic agent

3.4. Formation of a helium-type atomic agent

Formation process of a helium-type atomic agent

The organizational property of creating large atoms

The rule of constitution of the organized elements of the Universe

4. The Generation of the First Molecules in the Agent Approach

4.1. The informational characteristics of the system forming the molecules

The global trend in the formation of molecules

The global information network representing the trend system of organization

4.2. Formation of simple molecules of helium hydride and dihydrogen

The expression of the organizational law in atomically dense environments

The multiscale incentive exercised by organizational law

5. The Formation of Physical Elements in the Agent Approach

5.1. The notion of aggregate mass

The notion of mass in an informational space and the generation of gravity

Material agent representing an aggregate with mass

Formation process of aggregates with mass

5.2. The formation of stars and galaxies by the general action of the organizational law

The specific action of the organizational law to transform the clouds of atomic agents and molecules

The transforming action of general scope of the organizational law

Formation process of a first-generation star

Formation process of a second-generation star

Formation process of the planets of second-generation stars

The general principle of organizational law

The organizational role of the stars

The actions of the organizational law

Two forms of energy in the Universe

5.3. The informational program for the design of the universal system

Step 1 – formation of the generating component in the generating system

Step 2 – activation of the generating component

Step 3 – the formation of quantum, molecular and mass elements

The realization of the program generating a universe

Introduction to Part 2

6. The Characteristics of Scientific Theories of Life

6.1. Evolution and selection: Charles Darwin’s theory of gradual evolution and the biochemical approach

6.2. The constitution of life, from DNA to developmental biology

6.3. Genes and their expression: an open problem

The deterministic rule

7. The Informational Interpretation of the Living

7.1. Origin of the living and bifurcation of the organizational law

The principle of action of the organizational law for the generation of life

Bifurcation of the organizational law

The new principle for the organization of life: the unification of the informational envelope with the membrane

The continuous action of informational control creating living organisms. 1) The creation of bacteria

2) The creation of cells

3) The creation of multicellular organisms

4) The generation of species

The creation of sexual reproduction

The reasons for the production of new organisms

An evolved living organism

The development of energy in the functioning of groups

7.2. Evolutionary reproduction

The evolution process of the organizational law of reproduction

The notion of informational agent of reproduction in living organisms

The formation of sexuality in organizations

General formation process of the living

Informational agent of reproduction

Reproductive actions of an organism by its reproductive agents

7.3. Informational action of reproduction of life with morphological patterns

The fundamental rule of the organizational law that formed all living things

Morphological patterns

The influence of an external morphological pattern on a living organism

7.4. The application of the organizational law in the reproduction process

The contextual thesis of reproduction at the informational level

The formation of brains

The bifurcation in the coactive informational organization of life on earth

Hypothesis on external organizational attractors

General morphological rule of evolutionary trend in reproduction:

7.5. The continuous evolution of life

The general rule of evolution of the system of life

General offspring formation process

The similarity between the generating system of an organization and the general system of informational organization

The evolution of the action of the organizational law in the production of life

7.6. The human species in the organizational evolution of life

The creation of Homo sapiens is the result of a strong evolution

The organizational action of the formation of the human brain

The distinction between the organizational process of the Universe and the generation of human mental forms

The importance of informational links between groups of humans

The power of group participation for humans

7.7. The informational envelope of the planet Earth today

Conclusion

References

Index

A

B, C

D, E

G, H

I

L, M

O, Q

R, S

T, U

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Digital Sciences Set

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This approach is characterized as ascending, because we start from the observation of the phenomenon and we try to represent it by variables and functions that describe its evolution. It is therefore assumed that there is a space available and that the physical phenomena that occur in this space with structured elements must be precisely described to measure their evolution.

At the base of everything that is done and calculated by computers, there is a very general and far-reaching scientific problem. To understand it well, we must approach the science of the calculable. Let us consider the problem of the mathematical calculation of integer functions. We are interested here in what can be done with the integers, that is, those going from zero to infinity, and used, for example, to count objects. This set is noted N, the set of natural numbers. We know, in mathematics, that we can calculate many things using integers, and we can define a lot of functions of the set of integers in itself. Indeed, we can code everything that is symbolic, everything that is cognitive with natural integers. Let us recall that any integer can be represented, if necessary, in base two, that is, with the two digits 0 and 1. We can generalize this and be interested in functions whose argument is formed by a sequence of n integers, the value of the function being another sequence of integers. In this case, we are interested in vectors of integers. We have thus defined all the functions with n integer arguments, and whose values are certain sequences of integers. We are in the domain of integer mathematics where any formula is in the form of a sequence of signs. We can encode this sequence of signs by integers and thus represent any mathematical formula by a sequence of vectors of integers. Any mathematical demonstration is, in the same way, a sequence of signs that can also be coded by integers. We can therefore see that the study of integer functions is a fundamental problem of the representation of mathematical language. The question is the following: since the formulas and the mathematical demonstrations of the domain of integers are finite sequences of signs, can we represent the demonstrations by programs? The answer will be yes, and for a very large set of functions and demonstrations.

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