TFNR - Forms of Structured Energy - Revision history

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Paolo: Created page with "Let us try to explain this statement better: "the forms of structured Energy arise from the correlations of the Components of Elemental Action, and their interactions / combin..."

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Created page with "Let us try to explain this statement better: "the forms of structured Energy arise from the correlations of the Components of Elemental Action, and their interactions / combin..."

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Let us try to explain this statement better: "the forms of structured Energy arise from the correlations of the Components of Elemental Action, and their interactions / combinations, both in their potential and effective counterparts".

We are here in the area of intermediate complexity between the most elementary levels, which correspond to the inhomogeneities we observe as Space and Time, and the most complex area corresponding to the Forms (from atoms to the Universe in its entirety).

Let's try to list the ingredients for this recipe for the preparation of the basic forms of structured Energy:
*Fundamental Force that exerts its Action on the Field, producing the incessant fluctuation of the spatial dimension (Elementary Events) and the variation of the temporal distribution of such fluctuations (Elementary Action) -> First and second level of inhomogeneity respectively
*Elementary Field and its dynamics (Elementary Action)
*Components of Elementary Action: Perturbation, Translation, Rotation:Chirality, Rotation:AxisOrientation
*correlations: Relations (interactions / combinations) between the variation (or the Dynamics) of the above listed Components of the event points of the Elementary Field in a portion of the Field itself -> Third level of inhomogeneity
*a double perspective from the point of view of the Field, of the individual event points, and from the point of view of the Structures in the Field

Preparation method:
*Organize the spatial fluctuations of the Field (Elementary Action) in the different Components: Perturbation (temporal distributions of the elementary fluctuations), Translation (spatial orientation of the fluctuations), Rotation:Chirality (direction of the torsion of the fluctuations), Rotation:AxisOrientation (spatial orientation of the torsion axis of the fluctuations) so that it forms a correlation pattern in a suitable Shape (Vortex or Wave).

Observation:
*for simplicity, let's take as an example an InfoStructure of type "Vortex" subtype "Elementary", an electron for example
*from the point of view of this Structure in the Elementary Field, we will observe the quantities and the forms of the Energy / Elementary Physical Information of such Structure (obviously in the hypothesis of being able to stop the flow of time, to take a snapshot, at zero time) -> using subsequently all four Components / Sub-Components of the Elementary Action we will observe the Effective Energy of the InfoStructure in its various basic forms:
**'''Perturbation''' -> we will see the '''Mass''' of the InfoStructure, or, by the Principle of General Equivalence, in the event points of the portion of the Elementary Field that at that instant supports the Structure itself: the temporal density of the Elementary Events, the time flow rate, the temperature of the Field iself, the velocity of propagation of Causality, Action and Information
**'''Translation''' -> we will see the Kinetic Energy which represents the '''Motion''' of the InfoStructure (its inertial motion)
**'''Rotation:Chirality''' -> we will see the electric '''Charge''' of the InfoStructure (positive or negative, according to the convention of association to chirality)
**'''Rotation:AxisOrientation''' -> we will see the spatial orientation of the Magnetic '''Spin''' of the InfoStructure
*from the point of view of the Elementary Field (of the event points of the Field), we will observe the quantities and forms of the Energy / Elementary Physical Information of the surroundings of the Structure in question (always in the hypothesis of being able to stop the flow of time, to take a snapshot, at zero time) -> again, using subsequently all four Components / Sub-Components of the Elementary Action we will observe the Potential Energy of the Elementary Field in its various basic forms:
**Perturbation -> we will see the curvature of Space-time (actually the curvature of Time, since at the scale of Particles or higher, Space is flat) associated with the Mass of the Structure
**Translation -> we will see:
***the gravitational acceleration produced by the Mass of the Structure
***the positive acceleration (towards the Structure) or negative acceleration (opposite direction) produced respectively by the electric (electrostatic) attraction or repulsion of the Structure, produced by its Charge, on a possible charged test Structure
***the positive acceleration (towards the Structure) or negative acceleration (towards opposite) produced respectively by the magnetic attraction or repulsion of the Structure, produced by its Spin, on a possible test Structure
**Rotation:Chirality -> we will see an electric field associated with the Charge of the Structure
**Rotation:AxisOrientation -> we will see a magnetic field associated with the Spin of the Structure

Obviously it does not end here. Before arriving at the world of Forms, characterized by more complex forms of Energy or more articulated types of Information, there are still some forms of Energy associated with InfoStructures that consist of Interactions of Vortices and/or Waves, Mixed Structures, Complex Particles / Vortices and Interactions. We are obviously talking about what are called weak and strong nuclear interactions (and associated forces).

The forms of Energy that we find in this area are formed by complex combinations of the forms of structured Energy mentioned above. The more we descend into the spatial and temporal dimensions, the smaller and more massive the Structures are, the greater the incidence of turbulence, of indeterminacy, which make their Form even more changeable and elusive. It is no coincidence that quantum field theories that describe weak nuclear interactions and even more so strong nuclear interactions are the most complex among quantum theories.

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@@ Line 42: / Line 42: @@
 These observations illustrate '''the fundamental distinction between''':
 *'''Turbolence''': the condition of '''minimal but non‑zero organization''' in the Field's dynamism. It consists of extremely weak, rapidly varying or short‑lived, and spatially limited correlations among some or all of the four EA Modes — correlations that are highly unstable and unable to sustain any identifiable configuration. Turbulence is the lowest level of structured Energy, emerging only once correlations begin to appear in the Elementary Field's dynamism.
+*'''Potentials''': regions of the Field characterized by elementary but spatially extended patterns of organization. They arise from correlation patterns in the Field's dynamism shaped by the presence, distribution, FPQs, and Motion of InfoStructures. Potentials are diffuse configurations of the Field, typically expressed as gradients whose geometry reflects the spatial arrangement and dynamical state of the InfoStructures that generate them. They are not individuated or individuable as Structures (Particles, Waves, Interactions); they represent the Field's energetic environment.
-*'''Potentials''': regions of the Field with '''weak organization''': configurations arising from a modest degree of structuring in the Field's dynamism, or appearing as external emanations of InfoStructures.
+*'''InfoStructures''': structured configurations of the Field, characterized by high correlation among the EA Modes. They are self‑sustaining organizations that manifest definite FPQs and "generate" the Potentials experienced by other InfoStructures. Representing the upper threshold of Field self‑organization, InfoStructures may be concentrated (Ordinary Matter IS) or diffuse (Dark Matter and Dark Energy IS).
-−
-• Potentials: regions of the Field with weak but persistent organization. They arise from modest, spatially extended correlations in the Field’s dynamism, or from the diffuse organization generated by the presence of InfoStructures. Potentials are not individuated or individuable as Structures (Particles, Waves, Interactions); they represent the Field’s energetic environment.
-−
-Potentials: regions of the Field with elementary but spatially extended organization. They arise from correlation patterns in the Field’s dynamism shaped by the presence, distribution, and motion of InfoStructures. Potentials are diffuse configurations of the Field, often expressed as gradients whose form reflects the spatial arrangement of the InfoStructures that generate them. They are not individuated or individuable as Structures (Particles, Waves, Interactions); they represent the Field’s energetic environment.
-−
-−
-*'''InfoStructures''': structured configurations of the Field, with high correlation among each of the EA Modes: self‑sustaining forms of organization that manifest definite FPQs and "generate" associated Potentials. They represent the upper threshold of Field self‑organization.
-−
-• InfoStructures: structured configurations of the Field, with high correlation among the EA Modes. They are self‑sustaining forms of organization that manifest definite FPQs and “generate” the Potentials experienced by other InfoStructures. InfoStructures represent the upper threshold of Field self‑organization, and may be concentrated (ordinary matter) or diffuse (dark matter and dark energy).
-−
 The potential Energy of InfoStructures (and likewise of the Forms composed of InfoStructures) is a manifestation of the interaction between the InfoStructures themselves and the Potentials of the Elementary Field.

@@ Line 42: / Line 42: @@
 These observations illustrate '''the fundamental distinction between''':
-*'''Turbolence''': the condition of '''minimal organization''' in the Field's dynamism: uncorrelated fluctuations of each of the four EA Modes, lacking internal coherence and unable to sustain any stable configuration.
 *'''Potentials''': regions of the Field with '''weak organization''': configurations arising from a modest degree of structuring in the Field's dynamism, or appearing as external emanations of InfoStructures.
 *'''InfoStructures''': structured configurations of the Field, with high correlation among each of the EA Modes: self‑sustaining forms of organization that manifest definite FPQs and "generate" associated Potentials. They represent the upper threshold of Field self‑organization.
 The potential Energy of InfoStructures (and likewise of the Forms composed of InfoStructures) is a manifestation of the interaction between the InfoStructures themselves and the Potentials of the Elementary Field.

@@ Line 29: / Line 29: @@
 **'''Rotation:AxisOrientation''' -> we will see a magnetic field associated with the Spin of the Structure
-Obviously '''it does not end her'''e. Before arriving at the world of Forms, characterized by more complex forms of Energy or more articulated types of Information, there are still some forms of Energy associated with InfoStructures that consist of Interactions of Vortices and/or Waves, Mixed Structures, Complex Particles / Vortices and Interactions. We are obviously talking about what are called '''weak and strong nuclear interactions''' (and associated forces).
+Obviously '''it does not end here'''. Before arriving at the world of Forms, characterized by more complex forms of Energy or more articulated types of Information, there are still some forms of Energy associated with InfoStructures that consist of Interactions of Vortices and/or Waves, Mixed Structures, Complex Particles / Vortices and Interactions. We are obviously talking about what are called '''weak and strong nuclear interactions''' (and associated forces).
 The forms of Energy that we find in this area '''are formed by complex combinations of the forms of structured Energy mentioned above'''. The more we descend into the spatial and temporal dimensions, the smaller and more massive the Structures are, the greater the incidence of turbulence, of indeterminacy, which make their Form even more changeable and elusive. It is no coincidence that quantum field theories that describe weak nuclear interactions and even more so strong nuclear interactions are the most complex among quantum theories.

@@ Line 1: / Line 1: @@
 Let us try to explain this statement better: "the forms of structured Energy arise from the correlations of the Components of Elemental Action, and their interactions / combinations, both in their potential and effective counterparts".
-We are here in the area of intermediate complexity between the most elementary levels, which correspond to the inhomogeneities we observe as Space and Time, and the most complex area corresponding to the Forms (from atoms to the Universe in its entirety).
+We are here '''in the area of intermediate complexity between the most elementary levels, which correspond to the inhomogeneities we observe as Space and Time, and the most complex area corresponding to the Forms''' (from atoms to the Universe in its entirety).
-Let's try to list the ingredients for this recipe for the preparation of the basic forms of structured Energy:
+Let's try '''to list the "ingredients" for this recipe for the preparation of the basic forms of structured Energy''':
-*Fundamental Force that exerts its Action on the Field, producing the incessant fluctuation of the spatial dimension (Elementary Events) and the variation of the temporal distribution of such fluctuations (Elementary Action) -> First and second level of inhomogeneity respectively
+*'''Fundamental Force''' that exerts its Action on the Field, producing the incessant fluctuation of the spatial dimension (Elementary Events) and the variation of the temporal distribution of such fluctuations (Elementary Action) -> First and second level of inhomogeneity respectively
-*Elementary Field and its dynamics (Elementary Action)
+*'''Elementary Field''' and its dynamics (Elementary Action)
-*Components of Elementary Action: Perturbation, Translation, Rotation:Chirality, Rotation:AxisOrientation
+*'''Components of Elementary Action''': Perturbation, Translation, Rotation:Chirality, Rotation:AxisOrientation
-*correlations: Relations (interactions / combinations) between the variation (or the Dynamics) of the above listed Components of the event points of the Elementary Field in a portion of the Field itself -> Third level of inhomogeneity
+*'''correlations''': Relations (interactions / combinations) between the variation (or the Dynamics) of the above listed Components of the event points of the Elementary Field in a portion of the Field itself -> Third level of inhomogeneity
-*a double perspective from the point of view of the Field, of the individual event points, and from the point of view of the Structures in the Field
+*'''a double perspective''' from the point of view of the Field, of the individual event points, and from the point of view of the Structures in the Field
-Preparation method:
+'''Preparation method''':
 *Organize the spatial fluctuations of the Field (Elementary Action) in the different Components: Perturbation (temporal distributions of the elementary fluctuations), Translation (spatial orientation of the fluctuations), Rotation:Chirality (direction of the torsion of the fluctuations), Rotation:AxisOrientation (spatial orientation of the torsion axis of the fluctuations) so that it forms a correlation pattern in a suitable Shape (Vortex or Wave).
-Observation:
+'''Observation''':
-*for simplicity, let's take as an example an InfoStructure of type "Vortex" subtype "Elementary", an electron for example
+*for simplicity, let's take as an example '''an InfoStructure of type "Vortex" subtype "Elementary"''', an electron for example
-*from the point of view of this Structure in the Elementary Field, we will observe the quantities and the forms of the Energy / Elementary Physical Information of such Structure (obviously in the hypothesis of being able to stop the flow of time, to take a snapshot, at zero time) -> using subsequently all four Components / Sub-Components of the Elementary Action we will observe the Effective Energy of the InfoStructure in its various basic forms:
+*'''from the point of view of this Structure in the Elementary Field''', we will observe the quantities and the forms of the Energy / Elementary Physical Information of such Structure (obviously in the hypothesis of being able to stop the flow of time, to take a snapshot, at zero time) -> using subsequently all four Components / Sub-Components of the Elementary Action we will observe the '''Effective Energy''' of the InfoStructure in its various basic forms:
 **'''Perturbation''' -> we will see the '''Mass''' of the InfoStructure, or, by the Principle of General Equivalence, in the event points of the portion of the Elementary Field that at that instant supports the Structure itself: the temporal density of the Elementary Events, the time flow rate, the temperature of the Field iself, the velocity of propagation of Causality, Action and Information
 **'''Translation''' -> we will see the Kinetic Energy which represents the '''Motion''' of the InfoStructure (its inertial motion)
 **'''Rotation:Chirality''' -> we will see the electric '''Charge''' of the InfoStructure (positive or negative, according to the convention of association to chirality)
 **'''Rotation:AxisOrientation''' -> we will see the spatial orientation of the Magnetic '''Spin''' of the InfoStructure
-*from the point of view of the Elementary Field (of the event points of the Field), we will observe the quantities and forms of the Energy / Elementary Physical Information of the surroundings of the Structure in question (always in the hypothesis of being able to stop the flow of time, to take a snapshot, at zero time) -> again, using subsequently all four Components / Sub-Components of the Elementary Action we will observe the Potential Energy of the Elementary Field in its various basic forms:
+*'''from the point of view of the Elementary Field''' (of the event points of the Field), we will observe the quantities and forms of the Energy / Elementary Physical Information of the surroundings of the Structure in question (always in the hypothesis of being able to stop the flow of time, to take a snapshot, at zero time) -> again, using subsequently all four Components / Sub-Components of the Elementary Action we will observe the '''Potential Energy''' of the Elementary Field in its various basic forms:
-**Perturbation -> we will see the curvature of Space-time (actually the curvature of Time, since at the scale of Particles or higher, Space is flat) associated with the Mass of the Structure
+**'''Perturbation''' -> we will see the curvature of Space-time (actually the curvature of Time, since at the scale of Particles or higher, Space is flat) associated with the Mass of the Structure
-**Translation -> we will see:
+**'''Translation''' -> we will see:
 ***the gravitational acceleration produced by the Mass of the Structure
 ***the positive acceleration (towards the Structure) or negative acceleration (opposite direction) produced respectively by the electric (electrostatic) attraction or repulsion of the Structure, produced by its Charge, on a possible charged test Structure
 ***the positive acceleration (towards the Structure) or negative acceleration (towards opposite) produced respectively by the magnetic attraction or repulsion of the Structure, produced by its Spin, on a possible test Structure
-**Rotation:Chirality -> we will see an electric field associated with the Charge of the Structure
+**'''Rotation:Chirality''' -> we will see an electric field associated with the Charge of the Structure
-**Rotation:AxisOrientation -> we will see a magnetic field associated with the Spin of the Structure
+**'''Rotation:AxisOrientation''' -> we will see a magnetic field associated with the Spin of the Structure
-Obviously it does not end here. Before arriving at the world of Forms, characterized by more complex forms of Energy or more articulated types of Information, there are still some forms of Energy associated with InfoStructures that consist of Interactions of Vortices and/or Waves, Mixed Structures, Complex Particles / Vortices and Interactions. We are obviously talking about what are called weak and strong nuclear interactions (and associated forces).
+Obviously '''it does not end her'''e. Before arriving at the world of Forms, characterized by more complex forms of Energy or more articulated types of Information, there are still some forms of Energy associated with InfoStructures that consist of Interactions of Vortices and/or Waves, Mixed Structures, Complex Particles / Vortices and Interactions. We are obviously talking about what are called '''weak and strong nuclear interactions''' (and associated forces).
-The forms of Energy that we find in this area are formed by complex combinations of the forms of structured Energy mentioned above. The more we descend into the spatial and temporal dimensions, the smaller and more massive the Structures are, the greater the incidence of turbulence, of indeterminacy, which make their Form even more changeable and elusive. It is no coincidence that quantum field theories that describe weak nuclear interactions and even more so strong nuclear interactions are the most complex among quantum theories.
+The forms of Energy that we find in this area '''are formed by complex combinations of the forms of structured Energy mentioned above'''. The more we descend into the spatial and temporal dimensions, the smaller and more massive the Structures are, the greater the incidence of turbulence, of indeterminacy, which make their Form even more changeable and elusive. It is no coincidence that quantum field theories that describe weak nuclear interactions and even more so strong nuclear interactions are the most complex among quantum theories.
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