TFNR - Motion and kinetic phenomena - Revision history

Paolo at 15:34, 18 January 2026

2026-01-18T15:34:05Z

Paolo: /* Properties */

2026-01-17T17:35:41Z

‎Properties

Paolo at 18:27, 29 January 2025

2025-01-29T18:27:55Z

Paolo at 17:12, 29 January 2025

2025-01-29T17:12:21Z

Paolo at 15:51, 29 January 2025

2025-01-29T15:51:23Z

Paolo: /* Inertial Motion */

2025-01-29T08:53:45Z

‎Inertial Motion

Paolo at 14:08, 28 January 2025

2025-01-28T14:08:43Z

Paolo: /* Inertial Motion */

2025-01-27T20:14:08Z

‎Inertial Motion

Paolo at 20:08, 27 January 2025

2025-01-27T20:08:11Z

Paolo: /* What we mean by Motion and kinetic phenomena */

2025-01-27T18:25:47Z

‎What we mean by Motion and kinetic phenomena

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 **'''Local Point Relative Speed Limit''': limit of the speed of propagation of Causality, Action, Information in an event point of the "structured" Elementary Field (Dark Structures and possibly Visible Structures present), variable limit in Space and Time that reflects the punctual entity of negative or positive Mass in the event point considered.
 *'''Acceleration limit''': in principle there is no limit to acceleration (variation of speed over time), neither in an absolute sense, from the point of view of "the" Elementary Field, nor in a relative sense, from the point of view of the InfoStructures "in" the Field. The acceleration limit is obviously determined by the speed limit. The closer the speed of an InfoStructure is to the speed limit (Absolute Vacuum Speed Limit or Relative Speed Limit, depending on the condition of the portion of the Field in which the acceleration of the InfoStructure is occurring) the greater the force that must be exerted to obtain a further increase in its speed. In fact, the greater the speed of an InfoStructure (the closer its speed is to the speed limit in that portion of the Field) the greater its Mass (and its density), which will oppose an ever greater resistance to acceleration. This is a first high-level explanation, which finds its roots in the Dynamics of Elementary Action in the propagation phenomena of Visible InfoStructures of the Vortex type, which we will see shortly in the paragraph "Phenomena and Dynamics".
-*'''Amount of Perturbation needed to produce a given amount of Translation: how much Mass is needed to produce a given amount of force of attraction to produce a given amount of Motion''': in terms of the Dynamics of Elementary Action and its Modes / Components "gravitational attraction" can be represented as a more or less intense orientation of the elementary spatial fluctuations (quantity or intensity of correlation of the Translation in the event points of the portion of the Field time by time occupied by the InfoStructure subject to attraction) in the direction and towards the center of gravity of the Masses that attract each other. The greater the correlation of the orientation, the greater the convergence of the orientation of the elementary fluctuations, the greater the potential acceleration, the gravitational potential energy or gravitational potential, the greater the Motion induced in the attracted Structure, the greater its acceleration, and the speed reached (always within the local / relative limit of the speed), the greater its Inertia. <br>For Vortex-type Structures, therefore equipped with Mass, the Mass represents a resistance to the variation of the Motion. As seen, Mass is correlation of Perturbation and Motion correlation of Translation. Translation correlation is a phenomenon that represents the reaction of the Field (tending to restore homogeneity) to the deformation represented by the correlation of the Perturbation (inhomogeneity). The relationship between Perturbation and Translation produced represents the force of attraction that attracts the Masses involved towards the center of mass. In terms of the Dynamics of the Field and of the Elementary Action, of the elementary fluctuations, in fact, as already illustrated above, the Motion can be described as the interaction of the orientation of the elementary fluctuations of the Field with the Information relating to the orientation carried by the Information Structure that propagates in the Field itself (parallelogram rule, composition of forces). <br>As predicted by the classical (with the obvious limitations and approximations) and relativistic laws of gravitation, the relation between the correlation of Perturbation (Mass) and the attractive force produced has a constant of proportionality represented by the "gravitational constant (G)", or the corresponding relativistic gravitational constant (<!--no latex-->k = 8 pi G / c^4<!--/no latex --><!--latex:$k = \frac{8\pi G}{c^4}$-->), and is inversely proportional to the square of the distance. The acceleration experienced by the attracted Mass (correlation of Translation, Potential Motion, potential acceleration of the Field) will be proportional (Newton's second law) to the Mass itself and to the attractive force produced by the correlation of the Perturbation, as expressed above.
+*'''Amount of Perturbation needed to produce a given amount of Translation: how much Mass is needed to produce a given amount of force of attraction to produce a given amount of Motion''': in terms of the Dynamics of Elementary Action and its Modes / Components "gravitational attraction" can be represented as a more or less intense orientation of the elementary spatial fluctuations (quantity or intensity of correlation of the Translation in the event points of the portion of the Field time by time occupied by the InfoStructure subject to attraction) in the direction and towards the center of gravity of the Masses that attract each other. The greater the correlation of the orientation, the greater the convergence of the orientation of the elementary fluctuations, the greater the potential acceleration, the gravitational potential energy or gravitational potential, the greater the Motion induced in the attracted Structure, the greater its acceleration, and the speed reached (always within the local / relative limit of the speed), the greater its Inertia. <br>For Vortex-type Structures, therefore equipped with Mass, the Mass represents a resistance to the variation of the Motion. As seen, Mass is correlation of Perturbation and Motion correlation of Translation. Translation correlation is a phenomenon that represents the reaction of the Field (tending to restore homogeneity) to the deformation represented by the correlation of the Perturbation (inhomogeneity). The relationship between Perturbation and Translation produced represents the force of attraction that attracts the Masses involved towards the center of mass. In terms of the Dynamics of the Field and of the Elementary Action, of the elementary fluctuations, in fact, as already illustrated above, the Motion can be described as the interaction of the orientation of the elementary fluctuations of the Field with the Information relating to the orientation carried by the Information Structure that propagates in the Field itself (parallelogram rule, composition of forces). <br>As predicted by the classical (with the obvious limitations and approximations) and relativistic laws of gravitation, the relation between the correlation of Perturbation (Mass) and the attractive force produced has a constant of proportionality represented by the "gravitational constant (G)", or the corresponding relativistic gravitational constant (<!--no latex-->k = 8 pi G / c^4<!--/no latex--><!--latex:$k = \frac{8\pi G}{c^4}$-->), and is inversely proportional to the square of the distance. The acceleration experienced by the attracted Mass (correlation of Translation, Potential Motion, potential acceleration of the Field) will be proportional (Newton's second law) to the Mass itself and to the attractive force produced by the correlation of the Perturbation, as expressed above.
 ==== From the point of view of InfoStructures "in" the Elementary Field ====

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 **'''Local Point Relative Speed Limit''': limit of the speed of propagation of Causality, Action, Information in an event point of the "structured" Elementary Field (Dark Structures and possibly Visible Structures present), variable limit in Space and Time that reflects the punctual entity of negative or positive Mass in the event point considered.
 *'''Acceleration limit''': in principle there is no limit to acceleration (variation of speed over time), neither in an absolute sense, from the point of view of "the" Elementary Field, nor in a relative sense, from the point of view of the InfoStructures "in" the Field. The acceleration limit is obviously determined by the speed limit. The closer the speed of an InfoStructure is to the speed limit (Absolute Vacuum Speed Limit or Relative Speed Limit, depending on the condition of the portion of the Field in which the acceleration of the InfoStructure is occurring) the greater the force that must be exerted to obtain a further increase in its speed. In fact, the greater the speed of an InfoStructure (the closer its speed is to the speed limit in that portion of the Field) the greater its Mass (and its density), which will oppose an ever greater resistance to acceleration. This is a first high-level explanation, which finds its roots in the Dynamics of Elementary Action in the propagation phenomena of Visible InfoStructures of the Vortex type, which we will see shortly in the paragraph "Phenomena and Dynamics".
-*'''Amount of Perturbation needed to produce a given amount of Translation: how much Mass is needed to produce a given amount of force of attraction to produce a given amount of Motion''': in terms of the Dynamics of Elementary Action and its Modes / Components "gravitational attraction" can be represented as a more or less intense orientation of the elementary spatial fluctuations (quantity or intensity of correlation of the Translation in the event points of the portion of the Field time by time occupied by the InfoStructure subject to attraction) in the direction and towards the center of gravity of the Masses that attract each other. The greater the correlation of the orientation, the greater the convergence of the orientation of the elementary fluctuations, the greater the potential acceleration, the gravitational potential energy or gravitational potential, the greater the Motion induced in the attracted Structure, the greater its acceleration, and the speed reached (always within the local / relative limit of the speed), the greater its Inertia. <br>For Vortex-type Structures, therefore equipped with Mass, the Mass represents a resistance to the variation of the Motion. As seen, Mass is correlation of Perturbation and Motion correlation of Translation. Translation correlation is a phenomenon that represents the reaction of the Field (tending to restore homogeneity) to the deformation represented by the correlation of the Perturbation (inhomogeneity). The relationship between Perturbation and Translation produced represents the force of attraction that attracts the Masses involved towards the center of mass. In terms of the Dynamics of the Field and of the Elementary Action, of the elementary fluctuations, in fact, as already illustrated above, the Motion can be described as the interaction of the orientation of the elementary fluctuations of the Field with the Information relating to the orientation carried by the Information Structure that propagates in the Field itself (parallelogram rule, composition of forces). <br>As predicted by the classical (with the obvious limitations and approximations) and relativistic laws of gravitation, the relation between the correlation of Perturbation (Mass) and the attractive force produced has a constant of proportionality represented by the "gravitational constant (G)", or the corresponding relativistic gravitational constant (k = 8 pi G / c^4), and is inversely proportional to the square of the distance. The acceleration experienced by the attracted Mass (correlation of Translation, Potential Motion, potential acceleration of the Field) will be proportional (Newton's second law) to the Mass itself and to the attractive force produced by the correlation of the Perturbation, as expressed above.
+*'''Amount of Perturbation needed to produce a given amount of Translation: how much Mass is needed to produce a given amount of force of attraction to produce a given amount of Motion''': in terms of the Dynamics of Elementary Action and its Modes / Components "gravitational attraction" can be represented as a more or less intense orientation of the elementary spatial fluctuations (quantity or intensity of correlation of the Translation in the event points of the portion of the Field time by time occupied by the InfoStructure subject to attraction) in the direction and towards the center of gravity of the Masses that attract each other. The greater the correlation of the orientation, the greater the convergence of the orientation of the elementary fluctuations, the greater the potential acceleration, the gravitational potential energy or gravitational potential, the greater the Motion induced in the attracted Structure, the greater its acceleration, and the speed reached (always within the local / relative limit of the speed), the greater its Inertia. <br>For Vortex-type Structures, therefore equipped with Mass, the Mass represents a resistance to the variation of the Motion. As seen, Mass is correlation of Perturbation and Motion correlation of Translation. Translation correlation is a phenomenon that represents the reaction of the Field (tending to restore homogeneity) to the deformation represented by the correlation of the Perturbation (inhomogeneity). The relationship between Perturbation and Translation produced represents the force of attraction that attracts the Masses involved towards the center of mass. In terms of the Dynamics of the Field and of the Elementary Action, of the elementary fluctuations, in fact, as already illustrated above, the Motion can be described as the interaction of the orientation of the elementary fluctuations of the Field with the Information relating to the orientation carried by the Information Structure that propagates in the Field itself (parallelogram rule, composition of forces). <br>As predicted by the classical (with the obvious limitations and approximations) and relativistic laws of gravitation, the relation between the correlation of Perturbation (Mass) and the attractive force produced has a constant of proportionality represented by the "gravitational constant (G)", or the corresponding relativistic gravitational constant (<!--no latex-->k = 8 pi G / c^4<!--/no latex --><!--latex:$k = \frac{8\pi G}{c^4}$-->), and is inversely proportional to the square of the distance. The acceleration experienced by the attracted Mass (correlation of Translation, Potential Motion, potential acceleration of the Field) will be proportional (Newton's second law) to the Mass itself and to the attractive force produced by the correlation of the Perturbation, as expressed above.
 ==== From the point of view of InfoStructures "in" the Elementary Field ====

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 It is '''a complex Process that is embodied in an extended network of interactions''' between Processes with a deterministic prevalence (the shape of the InfoStructure that moves in the Field) with Processes with a stochastic prevalence (the natural spontaneous chaotic turbulence that characterizes the unorganized, unstructured Elementary Field, on which a set of other Processes with a deterministic prevalence can overlap that represent other InfoStructures present in the Field itself). So, even when we witness the inertial Motion of a Particle that does not undergo any interaction with other InfoStructures, therefore in the absence of forces that modify or accelerate its Motion, all the points (in the continuum) of that Particle are interacting with all the event points of the region of the Field that at a given moment is supporting that Structure. As said, a complex network of interactions between stochastic / deterministic Processes in a dynamic equilibrium between chaos and order that preserves the shape and properties of the Structure within the limits of the Indeterminacy / Uncertainty that represents the spontaneous dynamics (Elementary Events) of the Field itself.
-It is in the Relations between such Events, between Elementary Action, in the punctual Relations between Information / Energy of the Field and that which represents the shape of the Structure in propagation (correlations between the Mode / Component that we call Translation) that the Processes that realize Motion are expressed. It should be remembered that chaotic processes, describable as stochastically independent processes, of the spontaneous dynamics of the Field are essentially expressed at scales smaller than or around Planck scale (dimensions around '''10^-33''' meters) while a Vortex-type InfoStructure of Visible Matter (for example an electron) is expressed at dimensions around 10^-15 meters. This is about 18 orders of magnitude.
+It is in the Relations between such Events, between Elementary Action, in the punctual Relations between Information / Energy of the Field and that which represents the shape of the Structure in propagation (correlations between the Mode / Component that we call Translation) that the Processes that realize Motion are expressed. It should be remembered that chaotic processes, describable as stochastically independent processes, of the spontaneous dynamics of the Field are essentially expressed at scales smaller than or around Planck scale (dimensions around 10^-33 meters) while a Vortex-type InfoStructure of Visible Matter (for example an electron) is expressed at dimensions around 10^-15 meters. This is about 18 orders of magnitude.
 It is also true that, due to the spontaneous dynamics of the Field (in the terms of conventional physics, we speak of quantum fluctuations, quantum foam, etc.), the omnipresent turbulence manifests itself at spatial dimensional levels much larger than the Planck scale, for example in the form of what in conventional physics are called virtual particles. But since it is a turbulence that "borrows" Energy from the Field itself (spontaneous dynamics due to the incessant internal interaction of the Source of Reality, the Action of the Fundamental Force on the Field itself described by the Uncertainty Principle), the temporal domain and therefore the probability of interactions that can substantially modify the Structure involved, its properties and associated physical quantities, is rather low. Here particles emitted in areas of the cosmos and in remote eras manage to propagate practically undisturbed through sidereal distances for very long times, in very long journeys in the infinite and unlimited Elementary Field.

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−	~~prova (k = 8 pi G / c^4),~~
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	=== What I mean by Motion and kinetic phenomena ===		=== What I mean by Motion and kinetic phenomena ===

← Older revision		Revision as of 15:51, 29 January 2025
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		+	'''10^-33''' meters) while a Vortex-type InfoStructure of Visible Matter (for example an electron) is expressed at dimensions around 10^-15 meters
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		+	prova (k = 8 pi G / c^4),
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	=== What I mean by Motion and kinetic phenomena ===		=== What I mean by Motion and kinetic phenomena ===

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 Inertial Motion, or non accelerated Motion, is the Motion of a Structure of Information "in" the Elementary Field without correlated Translation in it.
-Inertial Motion of an InfoStructure implies that in the Elementary Field, in the region affected by the Motion trajectory, Translation of all the points events is stochastically independent (not correlated). In terms of Elementary Events, infinitesimal spatial fluctuations, of which Translation represents the spatial orientation, this means that in the considered region of the Field there are no correlations between the spatial orientations of such elementary spatial fluctuations. The correlations between Translation representing the Information / Energy (in this case Kinetic Energy) of the InfoStructure in Motion in such region of the Field (where as mentioned there are no correlations between Translation -> no acceleration, represented for example by a gravitational potential produced by the presence of a massive InfoStructure), interacting punctually with the stochastically independent Processes that represent the dynamics of the Field, are not modified as a whole. The shape of the InfoStructure is substantially preserved, except for the Indeterminacy / Uncertainty transferred from the chaotic / turbulent dynamics of the Field to the Structure itself (Indeterminacy / Uncertainty of the position and of the quantity of motion, of Time and Energy, of orthogonal directions of spin or polarization, in short of conjugate variables of Particles and Waves). Motion, the propagation of an InfoStructure in the Elementary Field is '''a Process that consists in the interaction of Translation''' of each point (in the continuum) of the spatial geometry of the InfoStructure with Translation of each corresponding event point.
+Inertial Motion of an InfoStructure implies that in the Elementary Field, in the region affected by the Motion trajectory, Translation of all the points events is stochastically independent (not correlated). In terms of Elementary Events, infinitesimal spatial fluctuations, of which Translation represents the spatial orientation, this means that in the considered region of the Field there are no correlations between the spatial orientations of such elementary spatial fluctuations.
 It is '''a complex Process that is embodied in an extended network of interactions''' between Processes with a deterministic prevalence (the shape of the InfoStructure that moves in the Field) with Processes with a stochastic prevalence (the natural spontaneous chaotic turbulence that characterizes the unorganized, unstructured Elementary Field, on which a set of other Processes with a deterministic prevalence can overlap that represent other InfoStructures present in the Field itself). So, even when we witness the inertial Motion of a Particle that does not undergo any interaction with other InfoStructures, therefore in the absence of forces that modify or accelerate its Motion, all the points (in the continuum) of that Particle are interacting with all the event points of the region of the Field that at a given moment is supporting that Structure. As said, a complex network of interactions between stochastic / deterministic Processes in a dynamic equilibrium between chaos and order that preserves the shape and properties of the Structure within the limits of the Indeterminacy / Uncertainty that represents the spontaneous dynamics (Elementary Events) of the Field itself.
-It is in the Relations between such Events, between Elementary Action, in the punctual Relations between Information / Energy of the Field and that which represents the shape of the Structure in propagation (correlations between the Mode / Component that we call Translation) that the Processes that realize Motion are expressed. It should be remembered that chaotic processes, describable as stochastically independent processes, of the spontaneous dynamics of the Field are essentially expressed at scales smaller than or around Planck scale (dimensions around 10-33 meters) while a Vortex-type InfoStructure of Visible Matter (for example an electron) is expressed at dimensions around 10^-15 meters. This is about 18 orders of magnitude. It is also true that, due to the spontaneous dynamics of the Field (in the terms of conventional physics, we speak of quantum fluctuations, quantum foam, etc.), the omnipresent turbulence manifests itself at spatial dimensional levels much larger than the Planck scale, for example in the form of what in conventional physics are called virtual particles. But since it is a turbulence that "borrows" Energy from the Field itself (spontaneous dynamics due to the incessant internal interaction of the Source of Reality, the Action of the Fundamental Force on the Field itself described by the Uncertainty Principle), the temporal domain and therefore the probability of interactions that can substantially modify the Structure involved, its properties and associated physical quantities, is rather low. Here particles emitted in areas of the cosmos and in remote eras manage to propagate practically undisturbed through sidereal distances for very long times, in very long journeys in the infinite and unlimited Elementary Field.
+It is in the Relations between such Events, between Elementary Action, in the punctual Relations between Information / Energy of the Field and that which represents the shape of the Structure in propagation (correlations between the Mode / Component that we call Translation) that the Processes that realize Motion are expressed. It should be remembered that chaotic processes, describable as stochastically independent processes, of the spontaneous dynamics of the Field are essentially expressed at scales smaller than or around Planck scale (dimensions around 10-33 meters) while a Vortex-type InfoStructure of Visible Matter (for example an electron) is expressed at dimensions around 10^-15 meters. This is about 18 orders of magnitude.
 *'''From the point of view of the dynamics "of" the Elementary Field''' (absolute perspective): all event points of the portion of the Elementary Field instant by instant affected by the propagation of the InfoStructure in Inertial Motion before and after its transit fluctuate in stochastically independent spatial directions / orientations (Translation -> Divergence). No correlation between the spatial orientations of the spontaneous dynamic processes that animate the Field at infinitesimal dimensional scales. The event points directly affected by the propagation of the Structure, those that instant by instant support the Structure, are reoriented in the directions of the corresponding points of the Structure in transit. The Information relating to the orientations carried by the Structure overlaps (interacts, composition of forces, parallelogram rule) with the random one of the natural turbulence of the uncorrelated, unstructured Field. The interaction extends to the entire volume of the spatial portion of the Field time by time occupied by the Structure. As said, after the passage all the event points of the Field affected return to their dynamics for all the Components of the Elementary Action involved in the structure of the InfoStructure in Motion, and therefore also for Translation.

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 __NOTOC__
-=== What we mean by Motion and kinetic phenomena ===
+=== What I mean by Motion and kinetic phenomena ===
-Motion is a phenomenon, something that happens... A process, a dynamic condition, not a state (so-called state of motion). It is a phenomenon that happens to and in the Elementary Field, which implies variations "of" the Field (which hosts, supports and propagates) and "in" the Field (of the InfoStructures that exist and move in it). It is the dynamic condition of a portion of the Field, of a space-time domain, in which the elementary spatial fluctuations of the event points show a direction, the direction of motion for each point of the portion considered.
+'''Motion is a phenomenon, something that happens...''' A process, a dynamic condition, not a state (so-called state of motion). It is a phenomenon that happens to and in the Elementary Field, which implies variations "of" the Field (which hosts, supports and propagates) and "in" the Field (of the InfoStructures that exist and move in it). It is the dynamic condition of a portion of the Field, of a space-time domain, in which the elementary spatial fluctuations of the event points show a direction, the direction of motion for each point of the portion considered.
 Motion is a phenomenon, but '''at the same time it can be seen as a deformation of a Field''', as we have seen for Metric (Space-time curvature) and Mass. '''Motion is a deformation of a derived Field''', a partial and specific view of the Elementary Field, focused on the '''organization of the correlation of Translation, of the spatial directionality of the 'elementary' fluctuations'''.
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 *as well as '''the electric and magnetic attraction and repulsion''' (produced by what in this system is considered the chirality of the elementary fluctuations and the spatial orientation of their axis of rotation, respectively Rotation:Chirality and RotationAxisOrientation).
-Translation, and therefore Motion and the kinetic phenomena, are (produced by) the reaction of the Elementary Field to the inhomogeneities present in it, in its dynamics, in the Elementary Action of the components Perturbation (thermal curvature / Mass density), Rotation:Chirality (Charge) and Rotation:AxisOrientation (Spin). Reaction that tends to restore homogeneity, uniformity.
+Translation, and therefore Motion and the kinetic phenomena, are (produced by) the reaction of the Elementary Field to the inhomogeneities present in it, in its dynamics, in the Components of Elementary Action: Perturbation (thermal curvature / Mass density), Rotation:Chirality (Charge) and Rotation:AxisOrientation (Spin). '''Reaction that tends to restore homogeneity, uniformity'''.
-It is no coincidence that Vortices are the only types of InfoStructures that, due to their shape and conformation (both for the profile / spatial distribution of Perturbation and for those of Rotation, and therefore of Mass, Charge and Spin) produce Translation in the Field (acceleration) and therefore kinetic effects (attraction / repulsion) on other Structures.
+It is no coincidence that Vortices are the only types of InfoStructures that, due to their shape and conformation (both for the profile / spatial distribution of Perturbation and for those of Rotation, and therefore of Mass, Charge and Spin) '''produce Translation in the Field (acceleration) and therefore kinetic effects (attraction / repulsion) on other Structures'''. The processes of generating attraction and repulsion by the Spin Charge are different.
-At the same time, in specific equilibrium conditions that guarantee their permanence / stability over time, Vortices carry / convey Translation, which manifests itself in the Field for the restoration of homogeneity and that linked to the spontaneous turbulence of the Field itself, in the vortex form of the Structure. Translation which therefore, rather than restoring homogeneity by destroying the Vortex Structure, paradoxically participates in its conservation, in a dynamic causal permanence.
+At the same time, in specific equilibrium conditions that guarantee their permanence / stability over time, '''Vortices carry / convey Translation''', which manifests itself in the Field for the restoration of homogeneity and that linked to the spontaneous turbulence of the Field itself, in the vortex form of the Structure. Translation which therefore, rather than restoring homogeneity by destroying the Vortex Structure, paradoxically participates in its conservation, in a dynamic causal permanence.
 This is '''the root of kinetic phenomena'''. As metric / gravitational, also  the kinetic phenomena are phenomena that concern the Elementary Field (in its specific "views" that we call Derived Fields with their associated physical quantities Space-time, Mass, Motion, etc.) and the Elementary Action that characterize them, Information / Energy, InfoStructures and the Forms that manifest in it.
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 === In terms of the correlations between the orientations of the spatial elementary fluctuations of the Elementary Field resonating around the Planck scale ===
-Organization of the correlation of Translation... In the terms of the Dynamics of Elementary Field and the Modes / Components of Elementary Action, this means that Motion (in its two basic inertial and accelerated forms) is the manifestation, the product of the correlations between "the spatial orientations" of the temporal distributions of the elementary spatial fluctuations resonating around the Planck scale of each point event of Elementary Field.
+Organization of the correlation of Translation... In the terms of the Dynamics of Elementary Field and the Modes / Components of Elementary Action, this means that '''Motion (in its two basic inertial and accelerated forms) is the manifestation, the product of the correlations between "the spatial orientations" of the temporal distributions of the elementary spatial fluctuations resonating around the Planck scale of each point event of Elementary Field'''.
-If the spatial orientations of the distributions at each point event or in the considered portion of the Elementary Field are stochastically independent (no correlation), we will see no Motion, "no acceleration" (like that associated by a gravitational potential in a gravitational field, "no inertial motion" of a InfoStructure supported by that point or that portion of the Elementary Field.
+If '''the spatial orientations of the distributions at each point event or in the considered portion of the Elementary Field are stochastically independent''' (no correlation), '''we will see no Motion, "no acceleration"''' (like that associated by a gravitational potential in a gravitational field, "no inertial motion" of a InfoStructure supported by that point or that portion of the Elementary Field.
-If the spatial orientations of the distributions in any given point event or in the considered portion of the Elementary Field are correlated to some extent, if therefore there is "divergence in the Field", in the distributions, we will see Motion, in addition to / superimposed on the omnipresent random and incessant reorientation of the Elementary Energy produced by the spontaneous dynamics of the Elementary Field.
+If the spatial orientations of the distributions in any given point event or in the considered portion of the Elementary Field '''are correlated to some extent, if therefore there is "divergence in the Field", in the distributions, we will see Motion''', in addition to / superimposed on the omnipresent random and incessant reorientation of the Elementary Energy produced by the spontaneous dynamics of the Elementary Field.
-Let's summarize:
+'''Let's summarize''':
 *'''correlation of Translation in an InfoStructure "in" the Field''': inertial motion (the Structure present in a portion of the Field where there is no correlation of Translation continues undisturbed in its condition of inertial Motion or absolute stillness, i.e. absence of Motion with respect to the Field),
 *'''correlation of Translation in a portion "of" the Field''': accelerated motion (the Structures present in the portion of the Field under observation are accelerated, the speed, direction and/or sense of Motion is modified or the condition of "absolute" stillness is lost).

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 We speak generically of Motion and kinetics in Space-time, but we should speak explicitly of '''its two fundamental aspects: inertial motion and accelerated motion''', which determine the nature of the systems / frames of reference in which we observe and evaluate natural phenomena, especially in the context of Relativity.
-Inertial and accelerated motion are the two kinds of Motion that allow us to describe kinetic phenomena. Reality is movement, the Universe is in constant change at all dimensional scales, in the infinitely small as well as in cosmic dimensions. Movement is everything, is the creative basis of Existence and the evolutionary engine of its Essence / Form.
+'''Inertial and accelerated motion are the two kinds of Motion that allow us to describe kinetic phenomena'''. Reality is movement, the Universe is in constant change at all dimensional scales, in the infinitely small as well as in cosmic dimensions. Movement is everything, is the creative basis of Existence and the evolutionary engine of its Essence / Form.
-The elementary spatial fluctuations, whose temporal distributions represent the primary substance of which the world is made, are the first form of Motion that we can imagine. It represents the foundation of everything, the most elementary Form of Existence.
+'''The elementary spatial fluctuations''', whose temporal distributions represent the primary substance of which the world is made, '''are the first form of Motion that we can imagine'''. It represents the foundation of everything, the most elementary Form of Existence.
-We will see how both the Elementary Field and the InfoStructures in it can / should be characterized by the two aforementioned forms of Motion, inertial and accelerated, and the related phenomena, inertia and acceleration. We will see the differences and their meaning in relation to Motion in general, and, specifically, in relation to:
+We will see how both the Elementary Field and the InfoStructures in it can / should be characterized by the two aforementioned forms of Motion, inertial and accelerated, and '''the related phenomena, inertia and acceleration'''. We will see the differences and their meaning in relation to Motion in general, and, specifically, in relation to:
-*the gravitational attraction and repulsion (produced by what in this system is considered the curvature of Time, since Space, at the size scales of the InfoStructures that make up Visible Matter and even more so of the InfoStructures that make up Dark Matter, is flat),
+*'''the gravitational attraction and repulsion''' (produced by what in this system is considered the curvature of Time, since Space, at the size scales of the InfoStructures that make up Visible Matter and even more so of the InfoStructures that make up Dark Matter, is flat),
-*as well as the electric and magnetic attraction and repulsion (produced by what in this system is considered the chirality of the elementary fluctuations and the spatial orientation of their axis of rotation, respectively Rotation:Chirality and RotationAxisOrientation).
+*as well as '''the electric and magnetic attraction and repulsion''' (produced by what in this system is considered the chirality of the elementary fluctuations and the spatial orientation of their axis of rotation, respectively Rotation:Chirality and RotationAxisOrientation).
 Translation, and therefore Motion and the kinetic phenomena, are (produced by) the reaction of the Elementary Field to the inhomogeneities present in it, in its dynamics, in the Elementary Action of the components Perturbation (thermal curvature / Mass density), Rotation:Chirality (Charge) and Rotation:AxisOrientation (Spin). Reaction that tends to restore homogeneity, uniformity.