TFNR - Elementary Physical Information: Energy - Revision history

Paolo at 15:51, 27 July 2026

2026-07-27T15:51:45Z

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Paolo at 17:09, 15 January 2026

2026-01-15T17:09:13Z

Paolo: /* Forms of inhomogeneities, forms of Energy */

2026-01-12T11:20:56Z

‎Forms of inhomogeneities, forms of Energy

Paolo: /* Forms of inhomogeneities, forms of Energy */

2026-01-12T11:19:29Z

‎Forms of inhomogeneities, forms of Energy

Paolo at 11:18, 12 January 2026

2026-01-12T11:18:07Z

Paolo at 11:17, 12 January 2026

2026-01-12T11:17:02Z

Paolo at 16:52, 10 January 2026

2026-01-10T16:52:02Z

Paolo: /* Forms of inhomogeneities, forms of Energy */

2026-01-10T16:31:41Z

‎Forms of inhomogeneities, forms of Energy

Paolo at 16:29, 10 January 2026

2026-01-10T16:29:01Z

Paolo: /* Forms of inhomogeneities, forms of Energy */

2026-01-09T23:16:51Z

‎Forms of inhomogeneities, forms of Energy

@@ Line 36: / Line 36: @@
 Now a force, the Force exerts Action on the Field, '''producing an Event of compression of the spring''' we have chosen. If we stop Time, if we take a snapshot of an Event that has occurred, its Energy will no longer be zero, its Form will no longer be the "natural" one, it will have changed, '''the spring will be deformed. An inhomogeneity has been produced. And Information'''. Now that specific spring is characterized by Information, it is Information, In-Form-Action, the Form of the Action, Action that has taken or given Form (compressed spring, reduced length, or however we want to formulate it, whatever form we want to give to this representation, Form, the concept is always the same!). '''An Action that has produced a variation of Form'''.
-'''What we see is the Form of that Action'''. Not of the Action in its becoming, which, for such small and rapid phenomena, we cannot observe. But of the product of the Action. Force x Space (spatial variation) x Time (temporal variation). Taking a snapshot (let's imagine we can acquire it truly instantaneously, in zero time) is equivalent to dividing (or deriving) Action by Time, leaving us with Force × Space — the frozen spatial deformation produced by the Event. We are left with the Force exerted for a Space, a variation of spatial distance, the variation of the length of the spring, which has been reduced by the effect of the Event produced by the Force that has acted on the Field, on a mixed spring that represents a point (event-point).
+'''What we see is the Form of that Action'''. Not of the Action in its becoming, which, for such small and rapid phenomena, we cannot observe. But of the product of the Action. Force x Space (spatial variation) x Time (temporal variation). Taking a snapshot (let's imagine we can acquire it truly instantaneously, in zero time) is equivalent to dividing (or deriving) Action by Time, leaving us with Force x Space — the frozen spatial deformation produced by the Event. We are left with the Force exerted for a Space, a variation of spatial distance, the variation of the length of the spring, which has been reduced by the effect of the Event produced by the Force that has acted on the Field, on a mixed spring that represents a point (event-point).
 But what does that compression represent besides an inhomogeneity, a deformation, a Form, Information? Besides being the result, the product of the Action of a Force, '''it is as if it were a sort of temporarily "frozen" Force, conserved, incorporated, saved waiting to be able to express itself again, to react''', re-act, re-Action, waiting to produce new events, new variations in form, to produce new deformations, inhomogeneities or to cancel those already produced.
@@ Line 70: / Line 70: @@
 Each form of Energy described in this classification represents '''a discrete snapshot of an underlying continuous physical process'''. The inhomogeneities and correlations defining each level can be observed only as discrete states, while their actual evolution unfolds incessantly and remains inaccessible to direct observation.
-====Proto-Energy (Unmanifested – Non‑correlational)====
+====Proto-Energy (Unmanifested - Non‑correlational)====
 <blockquote>
 Proto‑Energy is the energetic expression of '''uncorrelated individual dynamics'''. It corresponds to asymmetries intrinsic to single event‑points of the Elementary Field, before any correlational or relational structure emerges.
-*'''First level of inhomogeneity – Pre‑spatial proto‑Energy''' – From the point of view of the '''pre-spatial dynamics''' of the individual event-points: inhomogeneities in the '''pre-spatial fluctuations of the Elementary Field''' -> unmanifested proto‑Energy associated with the '''pre‑spatial asymmetrical dynamics''' of elementary pre-spatial fluctuations (Elementary Events) in amplitude, orientation, chirality and axis‑orientation of vorticity.
+*'''First level of inhomogeneity - Pre‑spatial proto‑Energy''' - From the point of view of the '''pre-spatial dynamics''' of the individual event-points: inhomogeneities in the '''pre-spatial fluctuations of the Elementary Field''' -> unmanifested proto‑Energy associated with the '''pre‑spatial asymmetrical dynamics''' of elementary pre-spatial fluctuations (Elementary Events) in amplitude, orientation, chirality and axis‑orientation of vorticity.
-*'''Second level of inhomogeneity – Pre‑temporal proto‑Energy''' – From the point of view of the '''pre‑temporal dynamics''' of individual event‑points: inhomogeneities in the pre‑temporal distributions of pre‑spatial fluctuations -> unmanifested proto‑Energy associated with the '''pre‑temporal asymmetrical dynamics''' of Elementary Events.
+*'''Second level of inhomogeneity - Pre‑temporal proto‑Energy''' - From the point of view of the '''pre‑temporal dynamics''' of individual event‑points: inhomogeneities in the pre‑temporal distributions of pre‑spatial fluctuations -> unmanifested proto‑Energy associated with the '''pre‑temporal asymmetrical dynamics''' of Elementary Events.
-*'''Third level of inhomogeneity – Elementary Energy''' – From the point of view of the dynamics of individual event‑points '''relative to the average dynamics of the Field''': inhomogeneities in pre‑temporal distributions relative to the Field's standard behavior -> unmanifested proto‑Energy '''associated with Elementary Action''', expressed through its fundamental Modes / Components (Perturbation, Translation, Rotation:Chirality, Rotation:AxisOrientation).
+*'''Third level of inhomogeneity - Elementary Energy''' - From the point of view of the dynamics of individual event‑points '''relative to the average dynamics of the Field''': inhomogeneities in pre‑temporal distributions relative to the Field's standard behavior -> unmanifested proto‑Energy '''associated with Elementary Action''', expressed through its fundamental Modes / Components (Perturbation, Translation, Rotation:Chirality, Rotation:AxisOrientation).
 </blockquote>
@@ Line 91: / Line 91: @@
 Below are the four levels of Physical Energy, corresponding to the four types of correlational inhomogeneities.
-*'''Fourth level of inhomogeneity — Energy "of" the structured Field''' (Potential Energy – Field potentials) – From the point of view of the '''dynamics of multiple event-points in relation with each other, of extended or multiple regions of the Elementary Field''', this kind of structured Energy emerges from '''inhomogeneities in the spatial correlations of discrepancies in pre‑temporal distributions of the elementary pre-spatial fluctuations (EE)''' (correlations of the Elementary Action Modes / Components of different event-points) ->  Elementary Information / Energy -> Forms of Derived Physical Energy "of" the Field and of the InfoStructures "in" the Field. These correlational inhomogeneities give '''Existence and Essence / Form''' to the '''potentials of the Field''', producing the first manifested informational/energetic structures of Reality. Energy "of" the structured Field -> Potential Energy: curvature of the Spacetime Metric (gravitational potential), potential Motion (acceleration, kinetic potential), electric potential, magnetic potential, and more complex potentials (strong and weak nuclear, etc.). This is the domain of Field potentials, produced by the Mass, Motion, Charge, Spin, and other FPQs embodied in InfoStructures.
+*'''Fourth level of inhomogeneity — Energy "of" the structured Field''' (Potential Energy - Field potentials) - From the point of view of the '''dynamics of multiple event-points in relation with each other, of extended or multiple regions of the Elementary Field''', this kind of structured Energy emerges from '''inhomogeneities in the spatial correlations of discrepancies in pre‑temporal distributions of the elementary pre-spatial fluctuations (EE)''' (correlations of the Elementary Action Modes / Components of different event-points) ->  Elementary Information / Energy -> Forms of Derived Physical Energy "of" the Field and of the InfoStructures "in" the Field. These correlational inhomogeneities give '''Existence and Essence / Form''' to the '''potentials of the Field''', producing the first manifested informational/energetic structures of Reality. Energy "of" the structured Field -> Potential Energy: curvature of the Spacetime Metric (gravitational potential), potential Motion (acceleration, kinetic potential), electric potential, magnetic potential, and more complex potentials (strong and weak nuclear, etc.). This is the domain of Field potentials, produced by the Mass, Motion, Charge, Spin, and other FPQs embodied in InfoStructures.
-*'''Fifth level of inhomogeneity — Energy "of" the structured Field with InfoStructures''' (Effective Energy – InfoStructures Fundamental Physical Quantities) — From the point of view of the '''dynamics of multiple event-points in relation with each other, of extended regions of the Elementary Field time by time supporting the Existence and the Essence / Form of Structures of Information''', this kind of structured Energy emerges from '''inhomogeneities in the spatial correlations of discrepancies in pre‑temporal distributions of the elementary pre-spatial fluctuations (EE)''' (correlations of the Elementary Action Modes / Components of different event-points). The inhomogeneities are the same as in the case of the previous level concerning Potential Energy of the Field, but here the region of the Field is characterized as an InfoStructure, an individuality with a more or less stable Existence and Form. ->  Elementary Information / Energy -> Forms of Derived Physical Energy "of" the Field and of the InfoStructures "in" the Field. These correlational inhomogeneities give '''Existence and Essence / Form''' to the '''InfoStructures. Energy of InfoStructures "in" the Field''' -> Effective Energy: Mass (negative and positive), effective Motion (inertial Motion, kinetic energy), electric Charge, magnetic Spin, and more complex effective Energies (strong and weak nuclear, etc.). These are the '''fully manifested Fundamental Physical Quantities''', the energetic expressions of the informational structure of InfoStructures within the Field. Effective Energies of Infostructures that generate potentials in the Field and interact with the potential of the Field generated by other InfoStructures.
+*'''Fifth level of inhomogeneity — Energy "of" the structured Field with InfoStructures''' (Effective Energy - InfoStructures Fundamental Physical Quantities) — From the point of view of the '''dynamics of multiple event-points in relation with each other, of extended regions of the Elementary Field time by time supporting the Existence and the Essence / Form of Structures of Information''', this kind of structured Energy emerges from '''inhomogeneities in the spatial correlations of discrepancies in pre‑temporal distributions of the elementary pre-spatial fluctuations (EE)''' (correlations of the Elementary Action Modes / Components of different event-points). The inhomogeneities are the same as in the case of the previous level concerning Potential Energy of the Field, but here the region of the Field is characterized as an InfoStructure, an individuality with a more or less stable Existence and Form. ->  Elementary Information / Energy -> Forms of Derived Physical Energy "of" the Field and of the InfoStructures "in" the Field. These correlational inhomogeneities give '''Existence and Essence / Form''' to the '''InfoStructures. Energy of InfoStructures "in" the Field''' -> Effective Energy: Mass (negative and positive), effective Motion (inertial Motion, kinetic energy), electric Charge, magnetic Spin, and more complex effective Energies (strong and weak nuclear, etc.). These are the '''fully manifested Fundamental Physical Quantities''', the energetic expressions of the informational structure of InfoStructures within the Field. Effective Energies of Infostructures that generate potentials in the Field and interact with the potential of the Field generated by other InfoStructures.
 *'''Sixth level of inhomogeneity — Energy of the inhomogeneous distribution / organization of InfoStructures''' — Here, the inhomogeneities concern the '''distribution, clustering, and organization''' of InfoStructures across regions of the Field. At this level, the correlational inhomogeneities involve '''InfoStructures themselves'''. This level includes: meso‑scale distributions of Ordinary Matter and macro‑scale distributions of Dark Matter/Energy. These non‑uniform distributions generate '''energetic effects''' such as turbulence, halos, clouds, wave‑packets, proto‑structures and many others. -> Energy of the inhomogeneous distribution of InfoStructures "in" the Field. Intermediate emergent expressions of interactions of Metric curvature (of Time), potential Motion, electric, magnetic and other potentials with Mass, effective Motion, Charge, Spin and other effective physical quantities at meso‑scale and macro‑scale. Forms of Derived Physical Energy of the InfoStructures "in" the Field. Physical Energy here arises from '''correlations/Relations among InfoStructures in their Elementary Action Modes / Components''', giving rise to the '''Fundamental Physical Quantities''' embodied in them. These inhomogeneities promote the emergence of Forms (substances, objects and bodies, structures, mega-structures, both in the ordinary and in the dark side of the Universe, as more or less organized aggregations of InfoStructures (Dark and Ordinary Structures like Halos, Particles, Waves, etc.).
 *'''Seventh level of inhomogeneity — Energy of Form distributions''' — This level summarizes '''infinite levels of inhomogeneity'''. At the highest level, inhomogeneities involve the '''distribution, organization, and multi‑scale Relations of Forms and Systems of Forms'''. Forms include atoms, molecules, dust, stars, galaxies, clusters, filaments, and the Cosmic Web (with its dark and ordinary components). -> Energy of Form distributions. Macroscopic physical structures and their interactions, producing large‑scale emergent expressions of '''Metric/Mass, Motion, Charge, Spin, and more complex physical quantities across the Universe''' and the evolution of more complex Forms and Systems of Forms composed of the aggregation and interaction of other (less complex) Forms.
@@ Line 169: / Line 169: @@
 |-
-| '''Energy "of" the structured Field''' (Potential Energy – Field potentials)
+| '''Energy "of" the structured Field''' (Potential Energy - Field potentials)
 | Information / Energy: Structured Energy (of the Field)
 | Inhomogeneities in spatial correlations of discrepancies in pre-temporal distributions (correlations of Elementary Action Modes / Components) that give Existence and Essence / Form to potentials of the Field
@@ Line 178: / Line 178: @@
 |-
-| '''Energy "of" the structured Field with InfoStructures''' (Effective Energy – InfoStructures Fundamental Physical Quantities)
+| '''Energy "of" the structured Field with InfoStructures''' (Effective Energy - InfoStructures Fundamental Physical Quantities)
 | Information / Energy: Structured Energy (of InfoStructures in the Field)
 | Inhomogeneities in spatial correlations of discrepancies in pre-temporal distributions (correlations of Elementary Action Modes / Components) that give Existence and Essence / Form to InfoStructures in the Field
@@ Line 198: / Line 198: @@
 | '''Energy of Form distributions'''
 | Forms, Systems of Forms, Universe
-| Inhomogeneities in the distribution and organization of Forms (atoms, molecules, stars, galaxies, clusters…)
+| Inhomogeneities in the distribution and organization of Forms (atoms, molecules, stars, galaxies, clusters, ...)
 | Structured Field with complex Forms
 | Multi-scale correlations / Relations (macro-scales)

@@ Line 82: / Line 82: @@
 </blockquote>
-- '''Physical Energy'''
+====Physical Energy====
 <blockquote>
@@ Line 104: / Line 104: @@
-- '''PROTO-ENERGY - Unmanifested - Non‑correlational'''
+====PROTO-ENERGY - Unmanifested - Non‑correlational====
 :Focus on single event-points "of" the Field
@@ Line 151: / Line 151: @@
-- '''PHYSICAL ENERGY - Manifested - Correlational / relational'''
+====PHYSICAL ENERGY - Manifested - Correlational / relational====
 :Focus on multiple event-points of a region "of" the Field, or InfoStructures "in" the Field, or Forms (Systems of Forms, substances, objects and bodies, structures, megastructures, Universe)

@@ Line 70: / Line 70: @@
 Each form of Energy described in this classification represents '''a discrete snapshot of an underlying continuous physical process'''. The inhomogeneities and correlations defining each level can be observed only as discrete states, while their actual evolution unfolds incessantly and remains inaccessible to direct observation.
-- '''Proto-Energy (Unmanifested – Non‑correlational)'''
+====Proto-Energy (Unmanifested – Non‑correlational)====
 <blockquote>

@@ Line 30: / Line 30: @@
 '''The concept of inhomogeneity, of correlation, and even more, of Form is central to understanding the concept of Energy'''. And the greater the complexity, the greater the importance of Form. At the level of Elementary Events, '''the form of inhomogeneity is reduced to a "simple" differentiation of spatial distances, and therefore areas and volumes''', determined by the fluctuations produced by the incessant Action of the Force on the Field.
-====An example====
+===An example===
 '''Let's imagine that each event-point of the Elementary Field behaves like an infinitesimal harmonic oscillator, or better yet like a tiny spring'''. Let's imagine one of the infinite springs, let's imagine that it is relaxed. '''Its "elastic" energy will be zero'''. Obviously we neglect the energy inherent in the matter of which the spring is made. In the hypothesis we have proposed, the imaginary spring is immaterial, so we do not have to take into account its own energy content. Let's focus only on its elastic properties.
@@ Line 50: / Line 50: @@
 '''It is the Cycle of Information, and of its most elementary form, Physical Energy''', both at the level of the Elementary Field, and at the increasingly complex levels that lead to the dynamics of the world of InfoStructures (Quantum Information) and Forms (Classical Information). The Cycle where the aforementioned three fundamental principles are '''expressed in more complex functional operational forms''', embodied by three evolutionary Operators: Organization (creation of complexity, creation of new Information / Energy or of greater complexity starting from less complex Information / Energy), Transformation (destruction of complexity, deconstruction of complex Information / Energy into less complex Information / Energy, raw material for new organization of greater complexity), Selection (conservation of complexity, of "suitable" Information / Energy compatible with the environment, with the Information / Energy that gives Form to Reality).
-====Energy as the product of Action====
+===Energy as the product of Action===
 '''We cannot imagine Energy without a Force that has produced an Action on a Field''', or a combination of forces that has produced an interaction on the parts of a system, or Entities that have produced Events that have produced variations of the Relations that organize them into Processes.
@@ Line 60: / Line 60: @@
 This brings us to a more operational definition of Energy within this model.
-====Forms of inhomogeneities, forms of Energy====
+===Forms of inhomogeneities, forms of Energy===
 Let us return to '''the hypothesis of a classification of Energy based on different levels of Complexity''', which we can associate with the corresponding Levels of Reality.

@@ Line 2: / Line 2: @@
 In these sections we will try '''to define and describe what we mean by the term "Energy" in this model of description of Reality'''. And then we will close this chapter with a reference to more complex forms of Information in the physical world (Quantum and Classical Information).
-====Energy as Elementary Physical Information====
+===Energy as Elementary Physical Information===
 Energy is '''an elementary form of [[Physical Information]]'''. As a form of Information, it is the object and the product of the sub-process of Formation of Physical Reality that we call [[Physical Evolution]].
@@ Line 12: / Line 12: @@
 This is why we have a specific term for Information at these elementary levels of Reality.
-====Energy in conventional physics====
+===Energy in conventional physics===
 In etymology, Energy recalls concepts of "force in action, work in progress, capacity to act, aptitude to carry out work, to produce motion, activity". '''In conventional physics, beyond these generic definitions, this term has not found a precise definition'''. It is reiterated that energy is '''not a fluid, a substance, that has no material reality''' (but what does material reality mean, when it is increasingly evident that the nature of reality transcends its material dimension, for a dimension precisely "energetic"). That it is '''an abstract mathematical concept''' connected to the constraints with respect to the possible processes and the temporal symmetries of physical laws. '''A quantitative property''' that must be transferred to an object in order to do work on, or to heat, the object.
@@ Line 24: / Line 24: @@
 In short, '''conventional physics does not seem to be able to help us understand what Energy is'''. It can only help us, in some areas in a clear and profound way, in others still in a superficial and obscure way, to understand how an object or a system can increase or decrease its energy following an interaction with other objects or systems. The variation of energy seems to be determined by the changes that have occurred in its microscopic properties. Interactions. Actions between objects, between systems, between parts. Action. Expression of Force, which exerts Action on a Field. Forces that produce Interactions. Events that modify Relations, which produce variations in the Form of Processes. Let's return to the foundations of this model.
-====And, in this model====
+===And, in this model===
 Among the fundamental concepts of this model there is '''a general level structure: Levels of Reality, Levels of Complexity'''. And since each level has its own particular form, or forms, of inhomogeneity, '''each level has its own form of Energy, of Elementary Information'''. We will see how Energy is characterized at the most elementary level of Physical reality, at the level of the Elementary Field, where the incessant Action of the Fundamental Force produces the Elementary Events, the microscopic spatial fluctuations whose temporal distributions represent the "raw material" with which Reality is incessantly built. And then we will see how at each Level of Reality, at each level of Complexity, even the forms of Energy evolve towards ever greater complexity.

@@ Line 20: / Line 20: @@
 '''To "measure" Energy we must stop Time'''. And '''this is not possible. Without the flow of Time there is no Reality, there is nothing'''. Existence does not exist. '''Energy is therefore not a "real" concept. It is an abstraction, an approximation of Reality'''. It is a convenient abstraction that allows us to evaluate the dynamics of a system, to approximate the variations that occur in a Process, etc. But it is not Reality. Reality is a flow, it is what happens between two states, between two snapshots that are not Reality (let's not confuse photographs with the photographed objects). '''How can we define in real terms what is not real?'''
-And yet, not being able to observe Reality while it happens, in its temporal continuity, '''we must discretize, we have to watch the film frame after frame''', in the illusion that what we see is Reality in itself, and not a representation made up of an infinite series of observations, of discrete measurements, of instantaneous interactions repeated again and again...
+And yet, not being able to observe Reality while it happens, in its temporal continuity, '''we must discretize; we are forced to watch the film frame by frame''', in the illusion that what we see is Reality in itself, and not a representation made up of an infinite series of observations, of discrete measurements, of instantaneous interactions repeated again and again...
 In short, '''conventional physics does not seem to be able to help us understand what Energy is'''. It can only help us, in some areas in a clear and profound way, in others still in a superficial and obscure way, to understand how an object or a system can increase or decrease its energy following an interaction with other objects or systems. The variation of energy seems to be determined by the changes that have occurred in its microscopic properties. Interactions. Actions between objects, between systems, between parts. Action. Expression of Force, which exerts Action on a Field. Forces that produce Interactions. Events that modify Relations, which produce variations in the Form of Processes. Let's return to the foundations of this model.
@@ Line 32: / Line 32: @@
 ====An example====
-'''Let's imagine that each event point of the Elementary Field behaves like an infinitesimal harmonic oscillator, or better yet like a tiny spring'''. Let's imagine one of the infinite springs, let's imagine that it is relaxed. '''Its "elastic" energy will be zero'''. Obviously we neglect the energy inherent in the matter of which the spring is made. In the hypothesis we have proposed, the imaginary spring is immaterial, so we do not have to take into account its own energy content. Let's focus only on its elastic properties.
+'''Let's imagine that each event-point of the Elementary Field behaves like an infinitesimal harmonic oscillator, or better yet like a tiny spring'''. Let's imagine one of the infinite springs, let's imagine that it is relaxed. '''Its "elastic" energy will be zero'''. Obviously we neglect the energy inherent in the matter of which the spring is made. In the hypothesis we have proposed, the imaginary spring is immaterial, so we do not have to take into account its own energy content. Let's focus only on its elastic properties.
 Now a force, the Force exerts Action on the Field, '''producing an Event of compression of the spring''' we have chosen. If we stop Time, if we take a snapshot of an Event that has occurred, its Energy will no longer be zero, its Form will no longer be the "natural" one, it will have changed, '''the spring will be deformed. An inhomogeneity has been produced. And Information'''. Now that specific spring is characterized by Information, it is Information, In-Form-Action, the Form of the Action, Action that has taken or given Form (compressed spring, reduced length, or however we want to formulate it, whatever form we want to give to this representation, Form, the concept is always the same!). '''An Action that has produced a variation of Form'''.
-'''What we see is the Form of that Action'''. Not of the Action in its becoming, which, for such small and rapid phenomena, we cannot observe. But of the product of the Action. Force by Space (spatial variation) by Time (temporal variation). If we take a snapshot (let's imagine we can acquire it truly instantaneously, in zero time) we are dividing (or deriving) the Action by the Time. We are left with the Force exerted for a Space, a variation of spatial distance, the variation of the length of the spring, which has been reduced by the effect of the Event produced by the Force that has acted on the Field, on a mixed spring that represents a point (event point).
+'''What we see is the Form of that Action'''. Not of the Action in its becoming, which, for such small and rapid phenomena, we cannot observe. But of the product of the Action. Force x Space (spatial variation) x Time (temporal variation). Taking a snapshot (let's imagine we can acquire it truly instantaneously, in zero time) is equivalent to dividing (or deriving) Action by Time, leaving us with Force × Space — the frozen spatial deformation produced by the Event. We are left with the Force exerted for a Space, a variation of spatial distance, the variation of the length of the spring, which has been reduced by the effect of the Event produced by the Force that has acted on the Field, on a mixed spring that represents a point (event-point).
 But what does that compression represent besides an inhomogeneity, a deformation, a Form, Information? Besides being the result, the product of the Action of a Force, '''it is as if it were a sort of temporarily "frozen" Force, conserved, incorporated, saved waiting to be able to express itself again, to react''', re-act, re-Action, waiting to produce new events, new variations in form, to produce new deformations, inhomogeneities or to cancel those already produced.
-What can we expect from the compressed spring, an ideal spring that does not dissipate energy, able to return all the Action that compressed it, all the Force that acted to compress it? The spring that represents an event point in the Field, that represents the Field. '''It is the Field that re-acts. It acts by reaction, re-Action, a sort of feedback, an attempt to restore a condition of homogeneity''' that would never have been lost if the Force had not acted to compress the spring, the event point of the Field. Everything originates from the Force, but everything is maintained and returned by the Field. '''A kind of universal "give and take"''', which, by the two complementary aspects of the Primary Source of Reality, produces inhomogeneity (active aspect, the Force) and tries to restore homogeneity (passive aspect, the Field). '''No Force -> no Action, which we observe as Energy. No Energy -> no reaction, which we observe as a new acting Force (Agent). And so on, ad infinitum...'''
+What can we expect from the compressed spring, an ideal spring that does not dissipate energy, able to return all the Action that compressed it, all the Force that acted to compress it? The spring that represents an event-point in the Field, that represents the Field. '''It is the Field that re-acts. It acts by reaction, re-Action, a sort of feedback, an attempt to restore a condition of homogeneity''' that would never have been lost if the Force had not acted to compress the spring, the event-point of the Field. Everything originates from the Force, but everything is maintained and returned by the Field. '''A kind of universal "give and take"''', which, by the two complementary aspects of the Primary Source of Reality, produces inhomogeneity (active aspect, the Force) and tries to restore homogeneity (passive aspect, the Field).
 '''An anti-entropic Action by the Force (which compresses the Field) followed by an entropic re-Action of the Field'''. It is in this subtle game of negentropic and entropic Processes that at all levels of Complexity the Form of Reality is created and evolves, and therefore the Properties, Behaviors, Dynamics of what we see in the Universe. "'''Uncertainty'''" (indeterminacy), primary expression of the Force that produces the Elementary Action (temporal distributions of Elementary Events) and Energy / Information in the form of inhomogeneity of the Field, "'''Action and Reaction'''" which tends to cancel such inhomogeneities due to the reaction of the Field itself. A third element is missing. "'''Least Action'''", which through the interaction of different inhomogeneities modifies the reaction of the Field producing Processes that tend to be conserved. '''Uncertainty, Action and Reaction and Least Action, the three fundamental principles of Evolutionary Dynamics, cornerstones of this System of Knowledge'''.
@@ Line 54: / Line 58: @@
 '''Inhomogeneous distributions of Events, Relations, Processes, which we see as particles, dark halos, galaxies, in incessant change of Form, of Forms''', Interactions that deform, change the spatial, temporal distributions, the positions, the distances, the speed ratios, the acceleration, the forces in play, the local and universal dynamics. '''Inhomogeneities nested in infinite levels of complexity''', which, under the incessant pressure of the primary Source of Reality, define in an infinitely dynamic and varied way the Form of Reality, of the Universe in Evolution.
+This brings us to a more operational definition of Energy within this model.
 ====Forms of inhomogeneities, forms of Energy====

@@ Line 64: / Line 64: @@
 These levels will be summarized here and examined in detail in the following sections.
-Each form of Energy described in this classification represents a **discrete snapshot** of an underlying **continuous** physical process. The inhomogeneities and correlations defining each level can be observed only as discrete states, while their actual evolution unfolds incessantly and remains inaccessible to direct observation.
+Each form of Energy described in this classification represents '''a discrete snapshot of an underlying continuous physical process'''. The inhomogeneities and correlations defining each level can be observed only as discrete states, while their actual evolution unfolds incessantly and remains inaccessible to direct observation.
 - '''Proto-Energy (Unmanifested – Non‑correlational)'''