TFNR - Cosmic Web - Revision history

Paolo: /* Dynamics and Interactions */

2026-03-09T15:45:35Z

‎Dynamics and Interactions

Paolo at 16:13, 18 January 2026

2026-01-18T16:13:08Z

Paolo at 19:34, 17 January 2026

2026-01-17T19:34:40Z

Paolo: /* Structure */

2026-01-17T19:34:00Z

‎Structure

Paolo: /* Dynamics and Interactions */

2026-01-17T17:58:46Z

‎Dynamics and Interactions

Paolo: /* Dynamics and Interactions */

2026-01-17T17:56:35Z

‎Dynamics and Interactions

Paolo: /* Evolution */

2026-01-17T17:55:10Z

‎Evolution

Paolo: /* Evolution */

2026-01-17T17:54:26Z

‎Evolution

Paolo: /* Evolution */

2026-01-17T17:51:04Z

‎Evolution

Paolo: /* Structural and dynamical decomposition in the terms of the Fundamental Physical Quantities of Information / Energy and of the Dynamics of Elementary Action and its Modes / Components */

2026-01-17T17:48:22Z

‎Structural and dynamical decomposition in the terms of the Fundamental Physical Quantities of Information / Energy and of the Dynamics of Elementary Action and its Modes / Components

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 <blockquote>
-Even the vast Vortex-type InfoStructures found at cosmic scales—as well as the microscopic Particles exhibiting surprising quantum behavior—'''are marked by dynamic properties I call "Polydynamism"'''. This refers to the capacity of these Structures to exhibit, within the volume of the Elementary Field they momentarily occupy, '''multiple and even opposing dynamic behaviors'''.
+Even the vast Vortex-type InfoStructures found at cosmic scales—as well as the microscopic Particles exhibiting surprising quantum behavior—'''are marked by dynamic properties I call "Polydynamism"''' (here, of course, I am speaking of "dark" or "cosmic" Polydynamism). This refers to the capacity of these Structures to exhibit, within the volume of the Elementary Field they momentarily occupy, '''multiple and even opposing dynamic behaviors'''.
 For instance, throughout the ordinary evolution of quantum states in the life of an elementary Particle—and more intensely during quantum state transitions—a Particle can present different or divergent Spin orientations across its spatial extent. The overall Spin of the Particle emerges as a resultant of these diverse dynamic processes, coexisting and evolving in parallel, whether separately or through various degrees or ways of interaction. This perspective offers a conceptual grounding for the phenomenon of quantum state superposition—an idea that continues to challenge physicists, particularly in contexts involving "measurement".

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 This infinite network thus resembles a foam of soap bubbles—ethereal and seemingly ephemeral, yet it dominates and orchestrates the eternal dynamics of the Universe. Galaxies, with their Dark Halos, their cores of Dark Matter, and shells of more or less compressed / dense Dark Energy, resemble the small, mobile bubbles seen in soap foam, or the flickering bubbles that rise when boiling water.
-It may seem like a trivial or slightly <!--no latex-->naïve<!--/no latex --><!--latex:\"{\i}--> comparison, but it aptly captures the general condition of the Universe and the Cosmic Web across all cosmic scales. It is '''as if the Elementary Field''', under the relentless Action of the Elementary Force, had undergone—and continues to undergo—'''a continuous and progressive heating, producing a kind of boiling'''. Naturally, this is not matter like water in a pot, but the analogy helps convey the concept of the Universe in Formation, in Evolution.
+It may seem like a trivial or slightly <!--no latex-->naïve<!--/no latex--><!--latex:\"{\i}--> comparison, but it aptly captures the general condition of the Universe and the Cosmic Web across all cosmic scales. It is '''as if the Elementary Field''', under the relentless Action of the Elementary Force, had undergone—and continues to undergo—'''a continuous and progressive heating, producing a kind of boiling'''. Naturally, this is not matter like water in a pot, but the analogy helps convey the concept of the Universe in Formation, in Evolution.
 It is the Elementary Field—observed from the standpoint of its dynamics, of the Elementary Action that animates it, in its Component Perturbation—that '''tends to form Vortex bubbles in its natural turbulence'''. These InfoStructures arise from flows driven by Perturbation gradients, and by their very nature acquire the aspect that we normally call Mass, negative or positive, according to the differentiation of Perturbation levels around a local or universal average. Thus, immense or tiny bubbles emerge from vortical turbulence, with inner cores of negative Mass (Dark Matter) and outer shells of positive Mass (Dark Energy).
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 These reflections on the CMB—paired with those on Matter distribution—lead to the belief that the conventional model of cosmic origin and expansion is founded on a profound misunderstanding. A collective ideological misstep. A set of flawed conclusions derived from weak assumptions and an idealized conception of Reality.
-Thus, '''I do not accept that the supposed cosmic expansion, and its acceleration, are caused by the mysterious and elusive Dark Energy described by the Standard Model of Cosmology''' (<!--no latex-->ΛCDM<!--/no latex --><!--latex:$\Lambda\mathrm{CDM}$-->). Instead, I argue that—viewed through lenses more aligned with relativistic physics—'''what we observe is driven by relativistic effects produced by the Universe's non-uniform distribution of Matter''': both Dark and Ordinary. Or rather, Dark Matter and a redefined Dark Energy (as proposed herein, not a force, but a form of repulsive Matter), characterized by positive Mass, correlated regions of elevated Perturbation, or—in metric terms—zones with Time-flow rates exceeding the universal average (or the average within a significant local domain), in concert with Ordinary Matter.
+Thus, '''I do not accept that the supposed cosmic expansion, and its acceleration, are caused by the mysterious and elusive Dark Energy described by the Standard Model of Cosmology''' (<!--no latex-->ΛCDM<!--/no latex--><!--latex:$\Lambda\mathrm{CDM}$-->). Instead, I argue that—viewed through lenses more aligned with relativistic physics—'''what we observe is driven by relativistic effects produced by the Universe's non-uniform distribution of Matter''': both Dark and Ordinary. Or rather, Dark Matter and a redefined Dark Energy (as proposed herein, not a force, but a form of repulsive Matter), characterized by positive Mass, correlated regions of elevated Perturbation, or—in metric terms—zones with Time-flow rates exceeding the universal average (or the average within a significant local domain), in concert with Ordinary Matter.
 '''I take this opportunity to reiterate once again a fundamental concept'''—one that permeates all my research, both in the dynamics of the microcosm and in the cosmological vision proposed here. '''Mass does not curve or deform Time'''. Mass and the curvature of Time are '''not merely equivalent—they are exactly the same phenomenon, different facets of a singular natural dynamic''': the Dynamics of the Elementary Field, driven by the Action of the Fundamental Force—the incessant expression of the Primary Source of Reality.

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-[[File:The_components_of_the_Cosmic_Web.png|600px|thumb|none|The components of the Cosmic Web]]
+[[File:The_components_of_the_Cosmic_Web.png|600px|thumb|center|The components of the Cosmic Web]]
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-[[File:Structure_of_cosmic_filaments_and_nodes.png|480px|thumb|none|Structure of cosmic filaments and nodes]]
+[[File:Structure_of_cosmic_filaments_and_nodes.png|480px|thumb|center|Structure of cosmic filaments and nodes]]
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-[[File:Structure_of_cosmic_solenoid_bubbles.png|600px|thumb|none|Structure of cosmic solenoid bubbles]]
+[[File:Structure_of_cosmic_solenoid_bubbles.png|600px|thumb|center|Structure of cosmic solenoid bubbles]]

← Older revision		Revision as of 19:34, 17 January 2026
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−	[[File:Structure_of_cosmic_filaments_and_nodes.png\|~~600px~~\|thumb\|none\|Structure of cosmic filaments and nodes]]	+	[[File:Structure_of_cosmic_filaments_and_nodes.png\|480px\|thumb\|none\|Structure of cosmic filaments and nodes]]

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 '''Dispersion'''
-Dispersion occurs '''when radio waves from distant sources such as Fast Radio Bursts (FRBs) traverse ionized gas within the Cosmic Web'''. Electromagnetic interactions between free electrons and radio waves cause lower frequencies to slow more than higher ones. This phenomenon is quantified as the Dispersion Measure (DM), which enables tracking of electron density along the line of sight. The majority of dispersion arises from filaments in the Cosmic Web, revealing the locations of the Universe’s "missing baryons". Studying dispersion provides insights into the Universe's large-scale structure and its plasma and magnetic field characteristics.
+Dispersion occurs '''when radio waves from distant sources such as Fast Radio Bursts (FRBs) traverse ionized gas within the Cosmic Web'''. Electromagnetic interactions between free electrons and radio waves cause lower frequencies to slow more than higher ones. This phenomenon is quantified as the Dispersion Measure (DM), which enables tracking of electron density along the line of sight. The majority of dispersion arises from filaments in the Cosmic Web, revealing the locations of the Universe's "missing baryons". Studying dispersion provides insights into the Universe's large-scale structure and its plasma and magnetic field characteristics.
 '''Ionization'''

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 '''Filaments themselves can rotate'''—a consequence of compression and frictional forces from bounding voids. Such rotation heightens the complexity of filamentary internal dynamics and, in turn, enriches the evolution of the Cosmic Web as a whole.
-Key characteristics of galaxies—morphology, gas content, efficiency of gas consumption, star formation rate—are profoundly shaped by transit through dense filaments. These filaments, receiving newly formed galaxies and gas from sheets/walls, connect and supply populous cluster nodes. As galaxies traverse filaments, they undergo substantial structural and evolutionary changes. Collisions and mergers with other Web structures or with void boundaries may distort their spiral forms, favoring more irregular or elliptical shapes. Star formation may slow or halt—perhaps due to shape alterations impacting internal dynamics or diminished inflow of gas (atomic and molecular hydrogen) into the galaxy’s dark halo.
+Key characteristics of galaxies—morphology, gas content, efficiency of gas consumption, star formation rate—are profoundly shaped by transit through dense filaments. These filaments, receiving newly formed galaxies and gas from sheets/walls, connect and supply populous cluster nodes. As galaxies traverse filaments, they undergo substantial structural and evolutionary changes. Collisions and mergers with other Web structures or with void boundaries may distort their spiral forms, favoring more irregular or elliptical shapes. Star formation may slow or halt—perhaps due to shape alterations impacting internal dynamics or diminished inflow of gas (atomic and molecular hydrogen) into the galaxy's dark halo.
 Additionally, the extreme velocities encountered within filaments—this high-speed galactic race—may hinder cooling, condensation, and collapse of gas clouds, processes vital for robust star formation. Shock waves within the intragalactic dark environment may also exacerbate this suppression.

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 Among the most significant aspects concerning the Evolution of the Cosmic Web—and therefore of the cosmos in general, of the entire Universe—we find '''the phenomenon commonly referred to as "cosmic expansion" and its acceleration over Time.'''
-'''In my view, Dark Energy—as conceived in conventional cosmology''', the enigmatic form of Energy held responsible for the Universe’s accelerating expansion—'''does not exist.'''
+'''In my view, Dark Energy—as conceived in conventional cosmology''', the enigmatic form of Energy held responsible for the Universe's accelerating expansion—'''does not exist.'''
 '''Three considerations'''.

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 - '''Effective Motion - Speed / Velocity''' (translational motions and extrinsic rotational motion)
-Effective Motion describes '''the actual motion of an InfoStructure (whether Wave or Vortex) in the Elementary Field'''. From the perspective of Elementary Events, effective Motion manifests as a non-zero correlation in the orientation of spatial fluctuations within the Field region that supports the Structure’s Existence and Essence / Form. This orientation pattern shifts within the Field as the InfoStructure moves within it, interacting with the different patterns correlation present in the Field due to other InfoStructures .
+Effective Motion describes '''the actual motion of an InfoStructure (whether Wave or Vortex) in the Elementary Field'''. From the perspective of Elementary Events, effective Motion manifests as a non-zero correlation in the orientation of spatial fluctuations within the Field region that supports the Structure's Existence and Essence / Form. This orientation pattern shifts within the Field as the InfoStructure moves within it, interacting with the different patterns correlation present in the Field due to other InfoStructures .
 A Structure's Effective Motion is '''inertial when no Translation correlation exists within the Field region it traverses'''. However, if such Translation correlation does exist (e.g. gravitational potential, gravitational acceleration), the Structure undergoes '''accelerated Motion—as Translation correlation from the Field progressively transfers to the Structure'''.