Other Physical Principles - Revision history

Paolo at 22:59, 2 April 2022

2022-04-02T22:59:08Z

Paolo: /* Description */

2022-04-02T22:58:21Z

‎Description

Paolo at 22:46, 2 April 2022

2022-04-02T22:46:27Z

Paolo: /* See also */

2022-04-02T22:23:59Z

‎See also

Paolo: /* Definition */

2022-04-02T22:23:44Z

‎Definition

Paolo at 22:23, 2 April 2022

2022-04-02T22:23:12Z

Paolo at 21:46, 2 April 2022

2022-04-02T21:46:53Z

Paolo at 16:19, 9 June 2019

2019-06-09T16:19:52Z

Paolo: Created page with "{{EkbSchemaXmlLoad-en|1={{PAGENAME}} }} == Definition == {{Def-en|1={{PAGENAME}}}} == Common definition == {{WpLink}} == Description == == See also ==

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 == See also ==
 *[[Physical Principles]]
 *[[Fundamental Physical Principles]]
 *[[Principle of Uncertainty]]

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 ==== Principle of General Equivalence  ====
-The [[Principle of Equivalence]] describes the equivalence between different [[Fundamental Physical Quantities|physical quantities]], apparently non connected. For example: the amount of the perturbations in the distributions of the fluctuations of / in the [[Elementary Field]] ([[Elementary Events]]), the velocity of propagation of perturbations in the Elementary Field (propagation of [[Causality]]), the [[Mass and gravitational phenomena|mass]] and [[dark energy]] density, the metric of [[space]]-[[time]], the temperature of the Field), and, indirectly, between some derived physical quantities (speed of light in a vacuum, mass of the structures of dark and ordinary matter, dimensions and geometric properties of Physical Reality).
+The [[Principle of General Equivalence]] describes the equivalence between different [[Fundamental Physical Quantities|physical quantities]], apparently non connected. For example: the amount of the perturbations in the distributions of the fluctuations of / in the [[Elementary Field]] ([[Elementary Events]]), the velocity of propagation of perturbations in the Elementary Field (propagation of [[Causality]]), the [[Mass and gravitational phenomena|mass]] and [[dark energy]] density, the metric of [[space]]-[[time]], the temperature of the Field), and, indirectly, between some derived physical quantities (speed of light in a vacuum, mass of the structures of dark and ordinary matter, dimensions and geometric properties of Physical Reality).
 == See also ==

← Older revision		Revision as of 22:46, 2 April 2022
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	== Description ==		== Description ==
		+
		+	A synthetic description of the Other Principles of Evolutionary Dynamics.
		+
		+	==== Principle of Locality ====
		+
		+	[[Physical Reality]] is local, there are no rooms for a "spooky action at a distance" out of a rigid expression of the [[Physical Causality]].
		+
		+	==== Principle of Quantization ====
		+
		+	Every product of the [[Process of Formation of Physical Reality]], every [[Physical Events\|Physical Event]], [[Physical Action]], [[Physical Information]], [[Physical Structures of Information\|Physical Structure of Information]], [[Physical Forms\|Physical Form]], in turn '''becomes a whole, a unity, an individuality, a new source''' of Physical Events, of Physical Action, of Physical Information, and thus a new active subject in the incessant [[Physical Creation]] and [[Physical Evolution]] of [[Physical Reality]]. The object of a Physical Action become itself a new subject of Physical Action.
		+
		+	==== Principle of Relation in Physical Reality ====
		+
		+	The [[Principle of Relation]] in the physical domain of Nature describes the interactions of [[Physical Entities]], and of [[Physical Events]] from whose organization the [[Physical Phenomenology\|phenomenical Physical Reality]] incessantly emerge.
		+
		+	==== Principle of General Equivalence ====
		+
		+	The [[Principle of Equivalence]] describes the equivalence between different [[Fundamental Physical Quantities\|physical quantities]], apparently non connected. For example: the amount of the perturbations in the distributions of the fluctuations of / in the [[Elementary Field]] ([[Elementary Events]]), the velocity of propagation of perturbations in the Elementary Field (propagation of [[Causality]]), the [[Mass and gravitational phenomena\|mass]] and [[dark energy]] density, the metric of [[space]]-[[time]], the temperature of the Field), and, indirectly, between some derived physical quantities (speed of light in a vacuum, mass of the structures of dark and ordinary matter, dimensions and geometric properties of Physical Reality).

	== See also ==		== See also ==

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 == See also ==
 *[[Physical Principles]]
 *[[Fundamental Physical Principles]]

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 Among all, we can find:
-[[Principle of Locality]]
+*[[Principle of Locality]]
-[[Principle of Quantization]]
+*[[Principle of Quantization]]
-[[Principle of Relation in Physical Reality]]
+*[[Principle of Relation in Physical Reality]]
-[[Principle of General Equivalence]]
+*[[Principle of General Equivalence]]
 == Common definition  ==

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 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-Physical [[Principles]] are '''cognitive representations (patterns, cognitive models) on how [[Physical Reality]] (or part of it) manifests itself and evolves'''.
+While the [[Fundamental Physical Principles]] ([[Principle of Uncertainty]], [[Principle of Action and Reaction]], [[Principle of Least Action]]) concern aspects, properties, behaviors of the [[Physical Entities]], the [[Physical Sources]] ([[Physical Agents / Forces]] and [[Physical Acted / Fields]]), of the expression of their operational function in the incessant [[Formation of Physical Reality]] at all the levels of [[Physical Complexity]], the Other Physical Principles, also very important principles, '''help us to understand how the [[Physical Events]], [[Physical Relations]] and [[Physical Processes]] determine the main characteristics of [[Physical Reality]]''', and describe the ways in which Physical Reality takes the form we observe.
-They express '''general properties and behaviors of Physical Reality from the most elementary levels to the more complex ones'''. Physical Principles, together with [[Physical Processes]], are the back bone of the [[Dynamics of Physical Reality]]. They describe the essential aspects of [[Process of Formation of Physical Reality]], the manifestation of the fundamental operator and the ways of expression of derived [[Operators of Reality]].
+Among all, we can find:
+[[Principle of Locality]]
-Physical Principles '''express themselves in different forms''' in the various Levels of Physical Reality, in relation with the different [[Dimensionalities of Physical Reality]] ([[Physical Causality]] and [[Physical Variationality]]: [[Physical Spatiality]] and [[Physical Temporality]]) and with respect to the various [[Levels of Physical Reality|levels]] of [[Physical Complexity|complexity]] of Physical Reality.
+[[Principle of Quantization]]
+[[Principle of Relation in Physical Reality]]
-The Fundamental Principles of the Dynamics of Physical Reality describe '''why and how [[Physical Events]] and [[Physical Relations]] emerge and co-evolve''', why and how [[Physical Action]] takes a form, becoming [[Physical Information]], and determining how [[Physical Existence]] takes the [[Physical Essence / Form]] we see in the world.
+[[Principle of General Equivalence]]
 == Common definition  ==
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 *[https://en.wikipedia.org/wiki/Principle Principle]
 *[https://en.wikipedia.org/wiki/Principle_(disambiguation) Principle (disambiguation)]
-*[https://en.wikipedia.org/wiki/Physics Physics]
+*[https://en.wikipedia.org/wiki/Dynamics Dynamics]
 == Description ==
 == See also ==
-*[[Dynamics of Physical Reality]]
+*[[Principles]]
-*[[Dynamics of Cognitive Reality]]
+*[[Physical Principles]]
-*[[Dynamics of Metacognitive Reality]]
+*[[Fundamental Physical Principles]]
-*[[Processes]]
+*[[Principle of Uncertainty]]
-*[[Process of Formation of Reality]]
+*[[Principle of Action and Reaction]]
-*[[Dynamics of the Sources]]
+*[[Principle of Least Action]]
-*[[Dynamics of Action]]
-*[[Dynamics of Information]]
-*[[Dynamics of the Structures of Information]]
-*[[Dynamics of the Forms]]
 {{Template:LinksToTFNR}}
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 *[[TFNR - The fundamental principles of the dynamics of the Elementary Field]]
 *[[TFNR - The principle of Uncertainty]]
-*[[TFNR - The principle of Action and Reaction]]
+*[[TFNR - The principle of Action and Reaction)]]
 *[[TFNR - The principle of Minimum Action]]
 *[[TFNR - The principle of Relation]]
 *[[TFNR - The principle of General Equivalence]]
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 == Units of measurement ==