Micro-states - Revision history

Paolo: /* Definition */

2022-02-03T15:19:31Z

‎Definition

Paolo: Paolo moved page Microstates to Micro-states without leaving a redirect

2022-02-03T15:16:27Z

Paolo moved page Microstates to Micro-states without leaving a redirect

Paolo: /* Definition */

2022-01-05T21:06:15Z

‎Definition

Paolo: /* Definition */

2022-01-05T21:02:53Z

‎Definition

Paolo: /* Definition */

2022-01-05T18:31:55Z

‎Definition

Paolo: /* Definition */

2022-01-05T18:28:20Z

‎Definition

Paolo: /* Definition */

2022-01-05T18:14:29Z

‎Definition

Paolo: /* Definition */

2022-01-05T18:03:45Z

‎Definition

Paolo: /* Definition */

2022-01-05T17:29:10Z

‎Definition

Paolo: Paolo moved page Micro-states to Microstates without leaving a redirect

2021-05-22T19:51:14Z

Paolo moved page Micro-states to Microstates without leaving a redirect

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 The various forms of known energy are constituted by the schemes of organization of the properties of the micro-states and are conveyed by the derived forces (the four forces of Nature) and supported by the derived fields.
-With the term "Microstates" (nothing to do with staticity) we intend to represent this complex and articulated dynamics of the point events of the Field: '''dynamic states of the points of the Elementary Field'''.
+With the term "Micro-states" (nothing to do with staticity) we intend to represent this complex and articulated dynamics of the point events of the Field: '''dynamic states of the points of the Elementary Field'''.
-Microstates (action of / in each point event of the Field) '''support [[Information]] / [[Energy]]''', which give the [[Essence / Form]] to the [[Physical Reality]].
+Micro-states (action of / in each point event of the Field) '''support [[Information]] / [[Energy]]''', which give the [[Essence / Form]] to the [[Physical Reality]].
-Microstates can be mathematically represented with '''a composite math structure formed by scalars, vectors, tensors and spinors''', fundamental for the correct and complete representation of Metric, Mass, Motion, Charge and Spin, their dynamics, transformations, etc.
+Micro-states can be mathematically represented with '''a composite math structure formed by scalars, vectors, tensors and spinors''', fundamental for the correct and complete representation of Metric, Mass, Motion, Charge and Spin, their dynamics, transformations, etc.
 The [[Physical Reality]] and its present section the [[Physical Universe]], at the most elementary level, at the level of the [[Elementary Field]], '''can be considered a thermodynamic system'''. We can see the elementary fluctuations that we call Elementary Events as thermal fluctuations of the Elementary Field and associate a temperature to each point. The universal average and the local point or average values of that temperature determine respectively the universal or the local velocity of Propagation of the Information (propagation of causality, speed of light, propagation of gravity, and so on). It determines also the Mass, Charge and Spin distribution, propagation and conservation in the Field.

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 Microstates (action of / in each point event of the Field) '''support [[Information]] / [[Energy]]''', which give the [[Essence / Form]] to the [[Physical Reality]].
-Microstates can be mathematically represented with a composite math structure formed by scalars, vectors, tensors and spinors, fundamental for the correct and complete representation of Metric, Mass, Motion, Charge and Spin, their dynamics, transformations, etc.
+Microstates can be mathematically represented with '''a composite math structure formed by scalars, vectors, tensors and spinors''', fundamental for the correct and complete representation of Metric, Mass, Motion, Charge and Spin, their dynamics, transformations, etc.
-Le varie forme di energia conosciute sono costituite dagli schemi di organizzazione delle proprietà dei micro-stati e sono veicolate dalle forze derivate (le quattro forze della Natura). "
+The [[Physical Reality]] and its present section the [[Physical Universe]], at the most elementary level, at the level of the [[Elementary Field]], '''can be considered a thermodynamic system'''. We can see the elementary fluctuations that we call Elementary Events as thermal fluctuations of the Elementary Field and associate a temperature to each point. The universal average and the local point or average values of that temperature determine respectively the universal or the local velocity of Propagation of the Information (propagation of causality, speed of light, propagation of gravity, and so on). It determines also the Mass, Charge and Spin distribution, propagation and conservation in the Field.
-−
 The Physical Reality and its present section the Physical Universe, at the most elementary level, at the level of the Elementary Field, can be considered a thermodynamic system. We can see the elementary fluctuations that we call Elementary Events as thermal fluctuations of the Elementary Field and associate a temperature to each point. The universal average and the local point or average values of that temperature determine respectively the universal or the local velocity of Propagation of the Information (propagation of causality, speed of light, propagation of gravity, and so on). It determines also the Mass, Charge and Spin distribution, propagation and conservation in the Field.
 == Common definition  ==

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 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-Each point of the [[Elementary Field]] has '''its own dynamics''' produced by the [[Action]] of the [[Fundamental Force]], the Force and the Field being  the two complementary aspects of the [[Primary Source]].
+'''Each point of the [[Elementary Field]] has its own dynamics''' produced by the [[Action]] of the [[Fundamental Force]], the Force and the Field being  the two complementary aspects of the [[Primary Source]].
 This dynamics, described by the [[Fundamental Physical Principles]], is represented by the [[Elementary Events]], that make up the [[Elementary Action]] and its [[Modes of Physical Action|Modes]]: [[Perturbation]], [[Translation]], [[Rotation]] ([[Rotation:Chirality]] and [[Rotation:AxisOrientation]]), root of the [[Derived structured physical forces and fields]] and the [[Properties of Physical Structures of Information]]: [[Space-time metric]] and [[Mass]], [[Motion]], [[Charge]], [[Spin]], and the more complex, closer to the discrete / quantized dimension, the Weak nuclear force and field and the Strong nuclear force and field.
 With the term "Microstates" (nothing to do with staticity) we intend to represent this complex and articulated dynamics of the point events of the Field: '''dynamic states of the points of the Elementary Field'''.
 Microstates (action of / in each point event of the Field) '''support [[Information]] / [[Energy]]''', which give the [[Essence / Form]] to the [[Physical Reality]].
 Microstates can be mathematically represented with a composite math structure formed by scalars, vectors, tensors and spinors, fundamental for the correct and complete representation of Metric, Mass, Motion, Charge and Spin, their dynamics, transformations, etc.

@@ Line 4: / Line 4: @@
 Each point of the [[Elementary Field]] has '''its own dynamics''' produced by the [[Action]] of the [[Fundamental Force]], the Force and the Field being  the two complementary aspects of the [[Primary Source]].
-This dynamics, described by the [[Fundamental Physical Principles]], is represented by the [[Elementary Events]], that make up the [[Elementary Action]] and its [[Modes]]:
+This dynamics, described by the [[Fundamental Physical Principles]], is represented by the [[Elementary Events]], that make up the [[Elementary Action]] and its [[Modes of Physical Action|Modes]]: [[Perturbation]], [[Translation]], [[Rotation]] ([[Rotation:Chirality]] and [[Rotation:AxisOrientation]]), root of the [[Derived structured physical forces and fields]] and the [[Properties of Physical Structures of Information]]: [[Space-time metric]] and [[Mass]], [[Motion]], [[Charge]], [[Spin]], and the more complex, closer to the discrete / quantized dimension, the Weak nuclear force and field and the Strong nuclear force and field.
-With the term "Microstates", nothing to do with staticity, we intend to represent this complex and articulated dynamics of the point events of the Field: '''dynamic states of the points of the Elementary Field'''.
+With the term "Microstates" (nothing to do with staticity) we intend to represent this complex and articulated dynamics of the point events of the Field: '''dynamic states of the points of the Elementary Field'''.
 Microstates (action of / in each point event of the Field) '''support [[Information]] / [[Energy]]''', which give the [[Essence / Form]] to the [[Physical Reality]].

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 == Definition ==
 {{Def-en|1={{PAGENAME}}}}
-Each point of the [[Elementary Field]] has its own dynamics produced by the [[Action]] of the [[Fundamental Force]], the Force and the Field the two complementary aspects of the [[Primary Source]].
+Each point of the [[Elementary Field]] has '''its own dynamics''' produced by the [[Action]] of the [[Fundamental Force]], the Force and the Field being  the two complementary aspects of the [[Primary Source]].
 This dynamics, described by the [[Fundamental Physical Principles]], is represented by the [[Elementary Events]], that make up the [[Elementary Action]] and its [[Modes]]:
-Stati dinamici dei punti del Campo Elementare.
+With the term "Microstates", nothing to do with staticity, we intend to represent this complex and articulated dynamics of the point events of the Field: '''dynamic states of the points of the Elementary Field'''.
 Possible configuration of the Field in its complex or of more or less extended local domains.<br> More generally,  a state of an entity is represented by the set of the attributes, of the properties of the entity and of the relationships that tie its to the environment (the set of the other existing entities).<br> Configuration of a dynamic system, set of the values of the parameters that describe the system.
-Tensore Entità matematica astratta, operatore, attraverso il quale un vettore può essere convertito in un altro attraverso una variazione lineare dei suoi componenti. Fondamentale per la rappresentazione della metrica dello spazio-tempo, ed altri fenomeni fisici complessi. Obbedisce alla regole del calcolo tensoriale.
+Microstates can be mathematically represented with a composite math structure formed by scalars, vectors, tensors and spinors, fundamental for the correct and complete representation of Metric, Mass, Motion, Charge and Spin, their dynamics, transformations, etc.
-−
 Le varie forme di energia conosciute sono costituite dagli schemi di organizzazione delle proprietà dei micro-stati e sono veicolate dalle forze derivate (le quattro forze della Natura). "
 The Physical Reality and its present section the Physical Universe, at the most elementary level, at the level of the Elementary Field, can be considered a thermodynamic system. We can see the elementary fluctuations that we call Elementary Events as thermal fluctuations of the Elementary Field and associate a temperature to each point. The universal average and the local point or average values of that temperature determine respectively the universal or the local velocity of Propagation of the Information (propagation of causality, speed of light, propagation of gravity, and so on). It determines also the Mass, Charge and Spin distribution, propagation and conservation in the Field.

← Older revision	Revision as of 15:16, 3 February 2022
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← Older revision		Revision as of 18:03, 5 January 2022
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	Le varie forme di energia conosciute sono costituite dagli schemi di organizzazione delle proprietà dei micro-stati e sono veicolate dalle forze derivate (le quattro forze della Natura). "		Le varie forme di energia conosciute sono costituite dagli schemi di organizzazione delle proprietà dei micro-stati e sono veicolate dalle forze derivate (le quattro forze della Natura). "
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		+	The Physical Reality and its present section the Physical Universe, at the most elementary level, at the level of the Elementary Field, can be considered a thermodynamic system. We can see the elementary fluctuations that we call Elementary Events as thermal fluctuations of the Elementary Field and associate a temperature to each point. The universal average and the local point or average values of that temperature determine respectively the universal or the local velocity of Propagation of the Information (propagation of causality, speed of light, propagation of gravity, and so on). It determines also the Mass, Charge and Spin distribution, propagation and conservation in the Field.

	== Common definition ==		== Common definition ==

← Older revision	Revision as of 19:51, 22 May 2021
(No difference)