Dynamics of Physical Forms

Definition

Physical Forms are the product of the expression of the Operator Relation, a more complex form of interaction between the two complementary aspects of the Physical Sources (Physical Agents / Forces and Physical Acted / Fields) that produces Complex Physical Events (organization of variations of/in the Fields, that represent thePhysical Essence / Form, from the first organization of the elementary level of Physical Reality to the most complex levels). Physical Forms are the objects that make up the Physical Universe.

The Dynamics of Physical Forms is the part of Dynamics of Physical Reality that, in the Process of Formation of Physical Reality, at the Level of the Forms, studies the dynamics of the "schemes of organization of the Structures of Physical Relations among Physical Events" that incessantly form the Physical Reality, in their causal, space and time physical dimensions. It analyzes and describes the processes of formation of the Physical Forms, of the Physical Systems of Forms, of the Physical Universe and its Evolution.

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

This part of dynamics studies:

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

Physical Information represent the substance, the support of all the Physical Structures and the Physical Forms that exists, and its dynamics is he root of all the complex phenomena both in the Physical and in the Cognitive domains of Reality.

Common definition

Links to Wikipedia pages:

• Dynamics
• Forms
• [1]

See also

• Forms
• Physical Forms
• Cognitive Forms
• Metacognitive Forms
• Material Forms
• Immaterial Forms
• Living Forms - Physical aspects
• Living Forms - Cognitive aspects
• Living Forms - Metacognitive aspects
• Automata Forms - Physical aspects
• Automata Forms - Cognitive aspects
• Systems
• Universe

Links to the related sections of the TFNR Paper

• TFNR - The Forms and the Universe
• TFNR - The Forms of the Universe
• TFNR - Material forms
• TFNR - Complex structures: atoms, molecules, bodies, systems
• TFNR - The physical structure of living beings
• TFNR - Immaterial forms
• TFNR - The Universe of the Forms
• TFNR - The origin and evolution of the Universe
• TFNR - Dynamics of the cosmos
• TFNR - Objects and structures in the cosmos
• TFNR - A brief history of the Universe

Classification

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