Principle of Conservation - Revision history

Paolo: /* Definition */

2022-09-11T18:22:55Z

‎Definition

Paolo: /* Common definition */

2022-04-02T16:07:02Z

‎Common definition

Paolo: /* See also */

2021-01-01T18:02:28Z

‎See also

Paolo: /* Definition */

2020-01-19T19:43:50Z

‎Definition

Paolo: /* Definition */

2020-01-19T19:41:55Z

‎Definition

Paolo: /* See also */

2020-01-19T16:52:51Z

‎See also

Paolo: /* Definition */

2020-01-19T16:45:12Z

‎Definition

Paolo at 16:39, 19 January 2020

2020-01-19T16:39:10Z

Paolo: /* Definition */

2020-01-19T16:29:50Z

‎Definition

Paolo: /* Definition */

2020-01-19T16:19:13Z

‎Definition

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 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''. Events, interacting with the other [[events]], creating dynamic structures, that, mainly through cyclic processes, acquire causal permanence. Any variation of a Field produced by a Force (Events) tends to conserve in the same Field spatially and temporally, conserving the Action of those Forces on/in the Fields, conserving causes, the causality, through the Action. The conservation of [[Cause|causes]], of [[Agents / Forces|Forces]], is represented by the extension in the space-time of the effects of the Action produced by those causes/forces. Any variation of a Field produced by a Force tends to conserve in the Field temporarily (and so propagating in space), conserving the Action of those Forces, the Events, in the Fields, conserving the causes, the causality, through the Action. The conservation of causes, of Forces, is represented by the permanence in time of the effects of the Action produced by those causes/forces. The general Principle of Conservation is the foundation of all the derived principles of conservation which operate at the various [[Levels of Reality]]. It is the former and fundamental expression of [[Variationality]], in the mode we call [[Temporality]]. At the level of [[Elementary Field]] operates the [[Principle of Least Action]], at the level of [[Physical Reality]] the principle of conservation of [[Energy]], momentum, etc., while at the level of [[Physical Structures of Information]] and the quanta operates the principle of conservation of [[Information]]. On a biological level this principle applies to the conservation of genetic information in the DNA, while on a cognitive level, this principle manifests itself in the field of conservation of experiences, of storage of memories, and the various phenomena related to the formation of culture).
+This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''.
 == Common definition  ==

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 == Common definition  ==
-{{WpLink}}
+{{WpPages}}
 == See also ==

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 {{Template:LinksToTFNR}}
-*[[TFNR - 2.1 The Principle of Reality]]
+*[[TFNR - The Principle of Reality]]
-*[[TFNR - 2.1 The Principles of Reality]]
+*[[TFNR - The Principles of Reality]]
-*[[TFNR - 2.4 The principle of individuation]]
+*[[TFNR - The principle of individuation]]
-*[[TFNR - 2.4 The fundamental principles of the Elementary Dynamics (Principles of Action)]]
+*[[TFNR - The fundamental principles of the Elementary Dynamics (Principles of Action)]]
-*[[TFNR - 2.4 Recipe for constructing a Reality]]
+*[[TFNR - Recipe for constructing a Reality]]
-*[[TFNR - 2.4 From the fundamental principles to the laws of nature]]
+*[[TFNR - From the fundamental principles to the laws of nature]]
-*[[TFNR - 2.4 Variation, propagation, conservation: the basic functional operators of Reality]]
+*[[TFNR - Variation, propagation, conservation: the basic functional operators of Reality]]
-*[[TFNR - 7.3 The fundamental principles of the dynamics of the Elementary Field]]
+*[[TFNR - The fundamental principles of the dynamics of the Elementary Field]]
-*[[TFNR - 7.3.1 The principle of Uncertainty]]
+*[[TFNR - The principle of Uncertainty]]
-*[[TFNR - 7.3.2 The principle of Action and Reaction)]]
+*[[TFNR - The principle of Action and Reaction)]]
-*[[TFNR - 7.3.3 The principle of Minimum Action]]
+*[[TFNR - The principle of Minimum Action]]
-*[[TFNR - 7.3.4 The principle of Relation]]
+*[[TFNR - The principle of Relation]]
-*[[TFNR - 7.3.5 The principle of General Equivalence]]
+*[[TFNR - The principle of General Equivalence]]
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 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''. Events, interacting with the other [[events]], creating dynamic structures, that, mainly through cyclic processes, acquire causal permanence. Any variation of a Field produced by a Force (Events) tends to conserve in the same Field spatially and temporally, conserving the Action of those Forces on/in the Fields, conserving causes, the causality, through the Action. The conservation of [[Cause|causes]], of [[Agents / Forces|Forces]], is represented by the extension in the space-time of the effects of the Action produced by those causes/forces. The general Principle of Conservation is the foundation of all the derived principles of conservation which operate at the various [[Levels of Reality]]. It is the former and fundamental expression of [[Variationality]], in the mode we call [[Temporality]]. Any variation of a Field produced by a Force tends to conserve in the Field temporarily (and so propagating in space), conserving the Action of those Forces, the Events, in the Fields, conserving the causes, the causality, through the Action. The conservation of causes, of Forces, is represented by the permanence in time of the effects of the Action produced by those causes/forces. At the level of [[Elementary Field]] operates the [[Principle of Least Action]], at the level of [[Physical Reality]] the principle of conservation of [[Energy]], momentum, etc., while at the level of [[Physical Structures of Information]] and the quanta operates the principle of conservation of [[Information]]. On a biological level this principle applies to the conservation of genetic information in the DNA, while on a cognitive level, this principle manifests itself in the field of conservation of experiences, of storage of memories, and the various phenomena related to the formation of culture).
+This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''. Events, interacting with the other [[events]], creating dynamic structures, that, mainly through cyclic processes, acquire causal permanence. Any variation of a Field produced by a Force (Events) tends to conserve in the same Field spatially and temporally, conserving the Action of those Forces on/in the Fields, conserving causes, the causality, through the Action. The conservation of [[Cause|causes]], of [[Agents / Forces|Forces]], is represented by the extension in the space-time of the effects of the Action produced by those causes/forces. Any variation of a Field produced by a Force tends to conserve in the Field temporarily (and so propagating in space), conserving the Action of those Forces, the Events, in the Fields, conserving the causes, the causality, through the Action. The conservation of causes, of Forces, is represented by the permanence in time of the effects of the Action produced by those causes/forces. The general Principle of Conservation is the foundation of all the derived principles of conservation which operate at the various [[Levels of Reality]]. It is the former and fundamental expression of [[Variationality]], in the mode we call [[Temporality]]. At the level of [[Elementary Field]] operates the [[Principle of Least Action]], at the level of [[Physical Reality]] the principle of conservation of [[Energy]], momentum, etc., while at the level of [[Physical Structures of Information]] and the quanta operates the principle of conservation of [[Information]]. On a biological level this principle applies to the conservation of genetic information in the DNA, while on a cognitive level, this principle manifests itself in the field of conservation of experiences, of storage of memories, and the various phenomena related to the formation of culture).
 == Common definition  ==

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 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''. Events, interacting with the other [[events]], creating dynamic structures, that, mainly through cyclic processes, acquire causal permanence. Any variation of a Field produced by a Force (Events) tends to conserve in the same Field spatially and temporally, conserving the Action of those Forces on/in the Fields, conserving causes, the causality, through the Action. The conservation of [[Cause|causes]], of [[Agents / Forces|Forces]], is represented by the extension in the space-time of the effects of the Action produced by those causes/forces. The general Principle of Conservation is the foundation of all the derived principles of conservation which operate at the various [[Levels of Reality]]. It is the former and fundamental expression of [[Variationality]], in the mode we call [[Temporality]]. At the level of [[Elementary Field]] operates the [[Principle of Least Action]], at the level of [[Physical Reality]] the principle of conservation of [[Energy]], momentum, etc., while at the level of [[Physical Structures of Information]] and the quanta operates the principle of conservation of [[Information]]. On a biological level this principle applies to the conservation of genetic information in the DNA, while on a cognitive level, this principle manifests itself in the field of conservation of experiences, of storage of memories, and the various phenomena related to the formation of culture).
+This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''. Events, interacting with the other [[events]], creating dynamic structures, that, mainly through cyclic processes, acquire causal permanence. Any variation of a Field produced by a Force (Events) tends to conserve in the same Field spatially and temporally, conserving the Action of those Forces on/in the Fields, conserving causes, the causality, through the Action. The conservation of [[Cause|causes]], of [[Agents / Forces|Forces]], is represented by the extension in the space-time of the effects of the Action produced by those causes/forces. The general Principle of Conservation is the foundation of all the derived principles of conservation which operate at the various [[Levels of Reality]]. It is the former and fundamental expression of [[Variationality]], in the mode we call [[Temporality]]. Any variation of a Field produced by a Force tends to conserve in the Field temporarily (and so propagating in space), conserving the Action of those Forces, the Events, in the Fields, conserving the causes, the causality, through the Action. The conservation of causes, of Forces, is represented by the permanence in time of the effects of the Action produced by those causes/forces. At the level of [[Elementary Field]] operates the [[Principle of Least Action]], at the level of [[Physical Reality]] the principle of conservation of [[Energy]], momentum, etc., while at the level of [[Physical Structures of Information]] and the quanta operates the principle of conservation of [[Information]]. On a biological level this principle applies to the conservation of genetic information in the DNA, while on a cognitive level, this principle manifests itself in the field of conservation of experiences, of storage of memories, and the various phenomena related to the formation of culture).
 == Common definition  ==

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 *[[Other Principles of Evolutionary Dynamics]]
 *[[Principle of Unity]]
-*[[Principle of Locality]]
+*[[Principle of Connection]]
 *[[Principle of Individuation]]
 *[[Principle of Relation]]

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-== Description ==
+== See also ==
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 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''. Any variation of a Field produced by a Force (Events) tends to conserve in the same Field spatially and temporally, conserving the Action of those Forces on/in the Fields, conserving causes, the causality, through the Action. The conservation of [[Cause|causes]], of [[Agents / Forces|Forces]], is represented by the extension in the space-time of the effects of the Action produced by those causes/forces. The general Principle of Conservation is the foundation of all the derived principles of conservation which operate at the various [[Levels of Reality]]. It is the former and fundamental expression of [[Variationality]], in the mode we call [[Temporality]]. At the level of [[Elementary Field]] operates the [[Principle of Least Action]], at the level of [[Physical Structures of Information]] the principle of conservation of [[Information]]. On a biological level this principle applies to the conservation of genetic information in the DNA, while on a cognitive level, this principle manifests itself in the field of storage of memories and the various phenomena related to the culture).
+This Principle states that '''the mutations described by the [[Principle of Variation]], that always tend to propagate as described by the [[Principle of Propagation]], the incessant variations of the states of the [[Entities]], the [[Events]], always tend to tend to [[Conservation|conserve]]'''. Events, interacting with the other [[events]], creating dynamic structures, that, mainly through cyclic processes, acquire causal permanence. Any variation of a Field produced by a Force (Events) tends to conserve in the same Field spatially and temporally, conserving the Action of those Forces on/in the Fields, conserving causes, the causality, through the Action. The conservation of [[Cause|causes]], of [[Agents / Forces|Forces]], is represented by the extension in the space-time of the effects of the Action produced by those causes/forces. The general Principle of Conservation is the foundation of all the derived principles of conservation which operate at the various [[Levels of Reality]]. It is the former and fundamental expression of [[Variationality]], in the mode we call [[Temporality]]. At the level of [[Elementary Field]] operates the [[Principle of Least Action]], at the level of [[Physical Structures of Information]] the principle of conservation of [[Information]]. On a biological level this principle applies to the conservation of genetic information in the DNA, while on a cognitive level, this principle manifests itself in the field of storage of memories and the various phenomena related to the culture).
-Mutations, the incessant variations of the  [[states]] of the  [[Entities]], tend to  [[Conservation|conserve]], interacting with the other  [[events]], creating dynamic structures, that, mainly through cyclic processes, acquire causal permanence. The general  Conservation Principle is the foundation of all the  [[principles]] of  [[conservation]] that operate at all the levels of [[Reality]]. <br> At the level of   [[Physical Reality]] operates the principle of conservation of the  [[energy]], of the quantity of movement; at physical biological level, the principle of conservation of the genetic information in the DNA, at level of Metareality, the principle of conservation of the experiences, the memory, and so on).
+  The general  Conservation Principle is the foundation of all the  [[principles]] of  [[conservation]] that operate at all the levels of [[Reality]]. <br> At the level of   [[Physical Reality]] operates the principle of conservation of the  [[energy]], of the quantity of movement; at physical biological level, the principle of conservation of the genetic information in the DNA, at level of Metareality, the principle of conservation of the experiences, the memory, and so on).
 Le mutazioni, le incessanti variazioni degli [[stati]] degli [[Enti]], tendono a [[Conservazione|conservarsi]], interagendo con altri [[eventi]], creando strutture dinamiche, che, prevalentemente attraverso processi ciclici, acquistano permanenza causale. Il Principio generale di Conservazione è il fondamento di tutti i [[principi]] di [[conservazione]] che operano a tutti i livelli della [[Realtà]].<br>