TFNR - Acted / Fields - Revision history

Paolo at 16:19, 15 January 2026

2026-01-15T16:19:52Z

Paolo: /* Classification of Derived Acted / Fields */

2025-10-02T15:50:44Z

‎Classification of Derived Acted / Fields

Paolo: /* Classification of Derived Acted / Fields */

2025-10-02T15:46:02Z

‎Classification of Derived Acted / Fields

Paolo: /* Classification of Derived Acted / Fields */

2025-10-02T15:42:54Z

‎Classification of Derived Acted / Fields

Paolo: /* Derived Acted / Fields */

2025-10-02T15:29:17Z

‎Derived Acted / Fields

Paolo: /* Derived Acted / Fields */

2025-10-02T15:28:43Z

‎Derived Acted / Fields

Paolo: /* Derived Acted / Fields */

2025-10-02T15:03:23Z

‎Derived Acted / Fields

Paolo: /* Derived Acted / Fields */

2025-10-02T15:00:51Z

‎Derived Acted / Fields

Paolo: /* Elementary Field */

2025-10-02T14:36:56Z

‎Elementary Field

Paolo: /* Elementary Field */

2025-10-01T20:25:21Z

‎Elementary Field

@@ Line 76: / Line 76: @@
 *'''Quantum fields''': Derived Fields upon which Derived Forces act at the level of quantum objects (small scale Structures)—Waves, Particles, Interactions. They support the Existence and Essence / Form of the Structures of Information. Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (Waves and Particles, as in Quantum Field Theory and the Standard Model). Examples include the quantum fields of quantum chromodynamics and electroweak theory.
-*'''Deterministic (classical) fields''': Derived Fields upon which Derived Forces act at the level of Structures and Forms—the objects that constitute the Universe both in the dark side (medium and large scale Dark Structures that host the visible galaxies, clusters, the Dark Cosmic Web, etc.) and in the ordinary one (proteins, rocks, cars, stars, etc.)—composed of vast numbers of interacting Structures of Information. They support the Existence and Essence / Form of the Forms of the Universe. These can be considered special cases of Quantum Fields (observed at sufficient distance, where quantum aspects vanish due to the sum / average of complementary or opposing contributions from the vast number of participating Structures of Information). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations represent the Structures of Information. Examples include the metric and gravitational fields in General Relativity, and the electric and magnetic fields in Maxwell’s equations and Special Relativity.
+*'''Deterministic (classical) fields''': Derived Fields upon which Derived Forces act at the level of Structures and Forms—the objects that constitute the Universe both in the dark side (medium and large scale Dark Structures that host the visible galaxies, clusters, the Dark Cosmic Web, etc.) and in the ordinary one (proteins, rocks, cars, stars, etc.)—composed of vast numbers of interacting Structures of Information. They support the Existence and Essence / Form of the Forms of the Universe. These can be considered special cases of Quantum Fields (observed at sufficient distance, where quantum aspects vanish due to the sum / average of complementary or opposing contributions from the vast number of participating Structures of Information). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations represent the Structures of Information. Examples include the metric and gravitational fields in General Relativity, and the electric and magnetic fields in Maxwell's equations and Special Relativity.
 *'''Cognitive (finalistic) fields''': abstract fields that support the expression of Cognitive Action by Cognitive Agents, and its organization into Cognitive Information and the corresponding Structures and Forms—such as "messages" exchanged between Cognitive Agents, "memories" of interactions between Cognitive Agents and their environments, and more.

@@ Line 76: / Line 76: @@
 *'''Quantum fields''': Derived Fields upon which Derived Forces act at the level of quantum objects (small scale Structures)—Waves, Particles, Interactions. They support the Existence and Essence / Form of the Structures of Information. Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (Waves and Particles, as in Quantum Field Theory and the Standard Model). Examples include the quantum fields of quantum chromodynamics and electroweak theory.
+*'''Deterministic (classical) fields''': Derived Fields upon which Derived Forces act at the level of Structures and Forms—the objects that constitute the Universe both in the dark side (medium and large scale Dark Structures that host the visible galaxies, clusters, the Dark Cosmic Web, etc.) and in the ordinary one (proteins, rocks, cars, stars, etc.)—composed of vast numbers of interacting Structures of Information. They support the Existence and Essence / Form of the Forms of the Universe. These can be considered special cases of Quantum Fields (observed at sufficient distance, where quantum aspects vanish due to the sum / average of complementary or opposing contributions from the vast number of participating Structures of Information). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations represent the Structures of Information. Examples include the metric and gravitational fields in General Relativity, and the electric and magnetic fields in Maxwell’s equations and Special Relativity.
-*'''Deterministic (classical) fields''': the derived fields on which the derived forces act at the level of the Forms (the objects that make up the Universe: rocks, cars, stars, galaxies, etc.), made up of a large number of interacting Structures of Information. They support the existence and the essence / form of the Forms of the Universe. They are special cases of Quantum Fields (QF observed by sufficient distance, where the quantum aspects disappear due to a sum / average of complementary / opposite contributions of the huge number of Structures of information that partecipate to their existence and form). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor or spinor fields, whose internal organizations represent the Structures of Information (waves and particles as in Quantum Fields Theory and the Standard Model). The metric and the gravitational fields in General Relativity, the electric and magnetic fields in Maxell equations and in Special Relativity, etc.
-−
-*'''Deterministic (classical) fields''': Derived Fields upon which Derived Forces act at the level of medium and large scale Structures and Forms—the objects that constitute the Universe (rocks, cars, stars, galaxies, etc.)—composed of vast numbers of interacting Structures of Information. They support the existence and essence / form of the Forms of the Universe. These are special cases of Quantum Fields (QF observed at sufficient distance, where quantum aspects vanish due to the sum / average of complementary or opposing contributions from the vast number of participating Structures of Information). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations represent the Structures of Information. Examples include the metric and gravitational fields in General Relativity, and the electric and magnetic fields in Maxwell’s equations and Special Relativity.
-−
-−
-*'''Cognitive (finalistic) fields''': abstract fields that support the expression of the Cognitive Action by Cognitive Agents, and its organization in Cognitive Information and the relative Structures and Forms ("messages" object of the communication between Cognitive Agents, "memories" of the interactions between Cognitive Agents and their environment, etc.)
 *'''Cognitive (finalistic) fields''': abstract fields that support the expression of Cognitive Action by Cognitive Agents, and its organization into Cognitive Information and the corresponding Structures and Forms—such as "messages" exchanged between Cognitive Agents, "memories" of interactions between Cognitive Agents and their environments, and more.

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 '''The distinction between the various classes is not so clear-cut, and real phenomena rarely involve Fields of a single type exclusively'''. For example, the Dark Structures that populate the Dark Cosmic Web—the dark component of the Global Cosmic Web—such as Dark Halos (with shells of Dark Energy and cores of Dark Matter), which, immersed in the omnipresent dark turbulence, host galaxies, clusters, and superclusters, or constitute voids and giant voids, etc., can be represented through organizational schemes of "classical fields". However, it is evident that when we observe them closely—within dimensional depths, for instance in the friction regions between large bubbles whose mutual dynamics lead to the formation of InfoStructures of Ordinary Matter (e.g., electrons)—we must represent them with reference to quantum fields.
-*'''Quantum fields''': the derived fields on which the derived forces act at the level of elementary particles (waves, particles, interactions). They support the existence and the essence / form of the Structures of Information; the Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (waves and particles as in Quantum Fields Theory and the Standard Model). The quantum fields of the quantum chromodynamics and the electroweak theory.
+*'''Quantum fields''': Derived Fields upon which Derived Forces act at the level of quantum objects (small scale Structures)—Waves, Particles, Interactions. They support the Existence and Essence / Form of the Structures of Information. Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (Waves and Particles, as in Quantum Field Theory and the Standard Model). Examples include the quantum fields of quantum chromodynamics and electroweak theory.
-−
-*'''Quantum fields''': Derived Fields upon which Derived Forces act at the level of quantum objects (Waves, Particles, Interactions). They support the existence and essence / form of the Structures of Information. Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (waves and particles, as in Quantum Field Theory and the Standard Model). Examples include the quantum fields of quantum chromodynamics and electroweak theory.
 *'''Deterministic (classical) fields''': the derived fields on which the derived forces act at the level of the Forms (the objects that make up the Universe: rocks, cars, stars, galaxies, etc.), made up of a large number of interacting Structures of Information. They support the existence and the essence / form of the Forms of the Universe. They are special cases of Quantum Fields (QF observed by sufficient distance, where the quantum aspects disappear due to a sum / average of complementary / opposite contributions of the huge number of Structures of information that partecipate to their existence and form). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor or spinor fields, whose internal organizations represent the Structures of Information (waves and particles as in Quantum Fields Theory and the Standard Model). The metric and the gravitational fields in General Relativity, the electric and magnetic fields in Maxell equations and in Special Relativity, etc.
-*'''Deterministic (classical) fields''': derived fields upon which derived forces act at the level of Forms—the objects that constitute the Universe (rocks, cars, stars, galaxies, etc.)—composed of vast numbers of interacting Structures of Information. They support the existence and essence / form of the Forms of the Universe. These are special cases of Quantum Fields (QF observed at sufficient distance, where quantum aspects vanish due to the sum / average of complementary or opposing contributions from the vast number of participating Structures of Information). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations represent the Structures of Information. Examples include the metric and gravitational fields in General Relativity, and the electric and magnetic fields in Maxwell’s equations and Special Relativity.
+*'''Deterministic (classical) fields''': Derived Fields upon which Derived Forces act at the level of medium and large scale Structures and Forms—the objects that constitute the Universe (rocks, cars, stars, galaxies, etc.)—composed of vast numbers of interacting Structures of Information. They support the existence and essence / form of the Forms of the Universe. These are special cases of Quantum Fields (QF observed at sufficient distance, where quantum aspects vanish due to the sum / average of complementary or opposing contributions from the vast number of participating Structures of Information). Derived Physical Fields, in their deterministic form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations represent the Structures of Information. Examples include the metric and gravitational fields in General Relativity, and the electric and magnetic fields in Maxwell’s equations and Special Relativity.

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 === Classification of Derived Acted / Fields ===
-With respect to their complexity and their variational aspects, properties and forms, Derived Acted / Fields can be classified as:
+According to their Complexity and variational aspects, Properties and Behaviors, and morphological configurations, Derived Acted / Fields can be classified as follows.
-−
-According to their complexity and variational aspects, properties, and forms, Derived Acted / Fields can be classified as:
 *'''Quantum fields''': the derived fields on which the derived forces act at the level of elementary particles (waves, particles, interactions). They support the existence and the essence / form of the Structures of Information; the Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (waves and particles as in Quantum Fields Theory and the Standard Model). The quantum fields of the quantum chromodynamics and the electroweak theory.
-*'''Quantum fields''': derived fields upon which derived forces act at the level of elementary particles (waves, particles, interactions). They support the existence and essence / form of the Structures of Information. Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (waves and particles, as in Quantum Field Theory and the Standard Model). Examples include the quantum fields of quantum chromodynamics and electroweak theory.
+*'''Quantum fields''': Derived Fields upon which Derived Forces act at the level of quantum objects (Waves, Particles, Interactions). They support the existence and essence / form of the Structures of Information. Derived Physical Fields, in their quantum form, can be represented as scalar, vector, tensor, or spinor fields, whose internal organizations (or excitations) represent the Structures of Information (waves and particles, as in Quantum Field Theory and the Standard Model). Examples include the quantum fields of quantum chromodynamics and electroweak theory.

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 For example, by observing the Elementary Field '''from the standpoint of the correlations within the dynamics of event-points according to the Mode / Component of Elementary Action that I call Perturbation''', '''what emerges is the Derived Field''', which we may refer to as the '''Metric Field / Field of Mass Distribution or Mass Density''' (with positive or negative density: Dark Energy or Dark Matter/Ordinary Matter, respectively).
-As we will explore more extensively in the upcoming chapters—particularly those dedicated to Action, Information, and InfoStructures—by "correlations within the dynamics of event-points according to the Mode / Component of Elementary Action that I call Perturbation"—'''progressively descending toward increasingly elementary levels of Reality—I mean''':
+As we will explore more extensively in the upcoming chapters—particularly those dedicated to Action, Information, and InfoStructures—'''by "correlations within the dynamics of event-points according to the Mode / Component of Elementary Action that I call Perturbation"—progressively descending toward increasingly elementary levels of Reality—I mean''':
 *'''the dynamic scheme of correlations exhibiting specific patterns''' (Structures of Information, or InfoStructures such as Waves, Vortices/Halos/Particles, etc.)
 *'''of spatial correlations''' (Information / Energy -> in this case Mass / Curvature of the Temporal Metric)

@@ Line 46: / Line 46: @@
 === Derived Acted / Fields ===
-Derived Acted / Fields are '''manifestations of the Elementary Field at the complex levels of Reality'''. They are specifications of the object—the passive aspect of [[Agency]]of the Source(s)—the capacity to produce [[Action]].
+Derived Acted / Fields are '''manifestations of the Elementary Field at the complex levels of Reality'''. They are specifications of the object—the passive aspect of [[Agency]]of the Source(s)—that embodies the capacity to produce [[Action]].
-They embody '''more complex forms of Variationality''': the Fields supporting metric, gravitational, kinetic, electric, magnetic, and weak and strong nuclear and other phenomena.
+They express '''more complex forms of Variationality''': Fields that support metric, gravitational, kinetic, electric, magnetic, weak and strong nuclear, and other phenomena.
-'''Derived Forces''' are the "Derived Field structuring Agents"—specific Operators that transform or deform Derived Fields through Derived Processes, producing Information, InfoStructures, and Forms—and enabling their Evolution.
+'''Derived Fields are the "Acted recipient of Derived Forces"'''—specific sub-Entities that are transformed or deformed through Derived Processes, generating Information, InfoStructures, and Forms—and enabling their Evolution.
-Derived Forces are '''the catalysts of the Creation of Existence and the Evolution of Essence/Form at levels of Reality above the Elementary Level'''—always through the expression of Causality and the generation of Variations, Events, and Action—whose organization produces increasingly complex Information and drives its Evolution toward ever higher levels of Complexity.
+Derived Fields are '''the reactant/reagent in the Creation of Existence and the Evolution of Essence/Form at levels of Reality above the Elementary Level'''—always through the expression of Variationality, with the induced formation of Variations, Events, and Action—whose organization produces increasingly complex Information and propels its Evolution toward ever higher levels of Complexity.
-They operate within the Process of Formation of Reality—or rather—drive all the sub-Processes that derive from the general one.
+They operate within the Process of Formation of Reality—or rather—passively support all sub-Processes that derive from the general one.
-'''We can also imagine them as "symmetry-breaking Operators"'''—generators of an increasingly structured Reality, "emergence enablers", agents of individuation.
+'''We can also imagine them as a "symmetry-breaking environment or supporter"'''—which undergoes the formation of an increasingly structured Reality—an "emergence receiver", an object of individuation.
+As we will explore more extensively in the upcoming chapters—particularly those dedicated to Action, Information, and InfoStructures—by "correlations within the dynamics of event-points according to the Mode / Component of Elementary Action that I call Perturbation"—'''progressively descending toward increasingly elementary levels of Reality—I mean''':
+*'''the dynamic scheme of correlations exhibiting specific patterns''' (Structures of Information, or InfoStructures such as Waves, Vortices/Halos/Particles, etc.)
-From another point of view and more precisely, they are viewpoints—ways of observing the Elementary Field from different perspectives—that each time highlight peculiar aspects of its dynamics.
+*'''of spatial correlations''' (Information / Energy -> in this case Mass / Curvature of the Temporal Metric)
+*'''of the inhomogeneities in temporal distributions''' (Elementary Action -> Mode Perturbation)
-For example, by observing the Elementary Field '''from the standpoint of the correlations within the dynamics of event-points according to the Mode / Component of Elementary Action that I call Perturbation''', '''what emerges is the Derived Field''', which we may call the '''Metric Field / Field of Mass distribution or Mass density''' (with positive or negative density: '''Dark Energy''' or '''Dark Matter''' / '''Ordinary Matter''', respectively).
+*'''of Elementary spatial fluctuations''' (Elementary Events) in resonance around the Planck scale.
-−
-As we will explore more extensively in the upcoming chapters—particularly those dedicated to Action, Information, and InfoStructures—by "correlations within the dynamics of event-points according to the Mode / Component of Elementary Action that I call '''Perturbation'''", progressively descending toward increasingly elementary levels of Reality, I mean:
-*the dynamic scheme of correlations exhibiting specific patterns (Structures of Information, or InfoStructures like Waves, Vortices/Halos/Particles, etc.)
-*of spatial correlations (Information / Energy -> in this case '''Mass''' / '''Curvature of the Temporal Metric'''),
-*of the inhomogeneities in temporal distributions (Elementary Action -> Mode '''Perturbation'''),
-*of Elementary spatial fluctuations (Elementary Events) in resonance around the Planck scale.
-−
-−
-−
-They are specifications of the object, the passive aspect of [[Agency]], the capacity to produce [[Action]].
-−
-They are specifications of the object—the passive aspect of [[Agency]]of the Source(s)—the capacity to produce [[Action]].
 === Classification of Derived Acted / Fields ===

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 '''From another point of view—equivalently—we can say that the Elementary Field is the primary "Force receiving Acted"'''—an all-encompassing sub-Entity that, under the Action of an Agent / Force, transforms itself deforming from a homogeneous, undifferentiated static condition (''Nothingness'') to a homogeneous, undifferentiated dynamic condition (''Emptiness'')—into a structured, differentiated configuration.
----
+The Elementary Field is '''the reactant/reagent in the Creation of Existence and the Evolution of Essence/Form'''—through the expression of Variationality and the propagation and conservation of Variations, Events, Action—whose organization produces Information and drives its Evolution toward ever higher levels of Complexity.
-The Elementary Field, acted upon by the Fundamental Force, is incessantly perturbed, forming the [[Elementary Events]] and [[Elementary Action]]—the most elementary form of Existence. It is continuously vivified within the [[Process of Formation of Reality]]—a unitary formative [[Processes|process]] that leads from the [[Source]] to the [[Forms]], from unity to the [[Universe]] in evolution.
+It operates within the Process of Formation of Reality—or rather—'''passively supports the Process of Formation of Reality itself'''—enabling the seamless translation of pure potentiality into actualized structure.
 === Derived Acted / Fields ===

@@ Line 36: / Line 36: @@
 ---
-The Elementary Field, acted by the Fundamental Force (the active, causal aspect of the Source), incessantly is perturbed forming the [[Elementary Events]], the [[Elementary Action]], that represents the most elementary form of Existence. It is incessantly vivified in the [[Process of Formation of Reality]], a unitary formative [[Processes|process]] that from the [[Source]] leads to the [[Forms]], from the unity to the [[Universe]] in evolution.
+The Elementary Field, acted upon by the Fundamental Force, is incessantly perturbed, forming the [[Elementary Events]] and [[Elementary Action]]—the most elementary form of Existence. It is continuously vivified within the [[Process of Formation of Reality]]—a unitary formative [[Processes|process]] that leads from the [[Source]] to the [[Forms]], from unity to the [[Universe]] in evolution.
-−
-The Elementary Field, acted upon by the Fundamental Force (the active, causal aspect of the Source), is incessantly perturbed, forming the [[Elementary Events]] and [[Elementary Action]]—the most elementary form of Existence. It is continuously vivified within the [[Process of Formation of Reality]]—a unitary formative [[Processes|process]] that leads from the [[Source]] to the [[Forms]], from unity to the [[Universe]] in evolution.
 === Derived Acted / Fields ===