Dynamics of Physical Information

Definition

Information (In-form-action: Action with a Form) is the product of the expression of the Operator Relation, a more complex form of interaction between the two complementary aspects of the Sources (Agents / Forces and Acted / Fields) that produces Complex Events (organization of variations of/in the Fields, that represent Essence / Form, from the first organization of the elementary level of Reality to the most complex levels).

The Dynamics of Physical Information is the part of the Dynamics of Information / Evolutionary Dynamics that, in the Process of Formation of Physical Reality, studies the dynamics of the "Physical Relations among Physical Events" that incessantly form the Physical Reality, in their causal, space and time dimensions or, in other words, "why and how (Principles and Processes - dyna) what exists (Entities - onto) produces what happens (Events - pheno), the Principles and the Processes that describe the product of the second part of the Process of Formation of Reality, the sub-process of Evolution.

The Dynamics of Physical Information analyzes and describes all the Physical Processes of Physical Organization, Physical Transformation and Physical Selection of Physical Information (Physical Action that takes Form), which represent processes of construction of increasing Physical Complexity.

In general, by "Dynamics of Physical Information" we intend the dynamics of the:

• the correlation of the Elementary Action (with reference to the description of the dynamics of the correlations among the dynamics of the points in the Elementary Field, among Micro-gradients and their corresponding Micro-states)
• the infinite forms of the relations of the Derived Physical Action, whose dynamics determines the Physical Phenomena and the Physical Structures of Information.

Ontology of Physical Reality		Phenomenology of Physical Reality		Dynamics of Physical Reality
Physical Entities		Physical Events	Physical Relations	Physical Processes	Physical Principles	Physical Action	Modes of Physical Action		Physical Information - Physical Energy	Physical Structures of Information			Physical Forms
Primary Source	Fundamental Force	Elementary Events	Causal	Formative sub-processes - Creation - Evolution	Uncertainty	Elementary Action	Variation	Perturbation	Mass	G Waves		Particles / Vortices
			Spatial		Action and Reaction		Propagation	Translation	Motion		EM Waves
	Elementary Field		Temporal		Least Action		Conservation	Rotation / Chirality	Charge
								Rotation / Axis orientation	Spin
Derived Physical Sources	Derived Physical Agents / Forces	Complex Physical Events	Complex Physical Relations	Derived physical processes - Creation in Physical Reality - Physical Evolution	Derived Principles - Laws of Nature	Derived Action			Physical Energy				Physical Systems - Physical Universe
	Derived Physical Acted / Fields

This part of dynamics studies:

• the nature and the Properties of Physical Relations among Physical Events and their interactions / organization in networks and processes that form the Physical Reality and the Physical Universe in evolution
• the ways in which Information manifests itself, the Structures of Information

Physical Information represent the substance, the support of all the Physical Structures and the Physical Forms that exists, and its dynamics is the root of all the complex phenomena.

The essence of the Dynamics of Physical Information is the study of what we call "The Cycle of Information", which come from the expression of the three Operators of Physical Reality:

Organization	Physical Organization	Cognitive Organization
Transformation	Physical Transformation	Cognitive Transformation
Selection	Physical Selection	Cognitive Selection

Physical Information is the product of a complex form of Physical Agency, the main property of the Physical Sources. Physical Agency (Physical Causality and Physical Variationality) is a continuum, a continuous relation/interaction that links Physical Agents / Forces and Physical Acted / Fields in an incessant Physical Evolution of a universal network of Physical Relations among Physical Events, of Physical Action.

With respect to the level of Physical Reality we are observing, we can identify:

• Dynamics of Physical Information
• Dynamics of Physical Structures of Information
• Dynamics of Physical Forms

Common definition

Links to Wikipedia pages:

• Dynamics
• Information
• Physics
• Relation

Description

In the Process of Formation of Physical Reality, at the level of Physical Information which represents the evolutionary engine of Physical Reality itself, two Physical Agents / Forces are at work, acting two concurrent Physical Processes: the operator of Physical Organization (represented by the anti-entropic processes - creation of more complex Physical Information - increase of Physical Complexity) and the operator Physical Transformation (entropic processes - destruction of complex Physical Information - decrease in Physical Complexity).

The balance of the chaos-order process of the Universe is oriented towards increasing levels of organization, a tendency to create more and more Information, more and more Physical Complexity.

As a consequence, the acceleration of cosmic expansion linked to the increase in the rate of formation of Ordinary matter and the increase in the density profiles of Dark matter Halos should continue in the Physical Universe.

See also

• Dynamics of Information
• Physical Information
• Physical Organization
• Physical Transformation
• Physical Selection
• Physical Complexity
• Information
• The Cycle of Information
• Organization
• Transformation
• Selection
• Complexity

Links to the related sections of the TFNR Paper

• TFNR - Information: the evolution toward complexity
• TFNR - Evolution: the Dynamics of Information
• TFNR - Organization
• TFNR - Transformation
• TFNR - Selection
• TFNR - The role of emergence in the construction of Reality

Classification

• Topic id: t_ph_info_dyna
• Belongs to the class: Dynamics of Information
• Has as instances:
• Belongs to the groups:
• Semantic Map: ekm|map=m_ph_dynamics&topic=t_ph_info_dyna
• Semantic Map Test Version: ekmt|map=m_ph_dynamics&topic=t_ph_info_dyna