TFNR - Halos / Vortices
Particles of Ordinary Matter are compact Vortices, Physical Structures of Information "in" the Elementary Field, which, within the natural turbulence in the various Components of the Elementary Action that characterizes the spontaneous dynamics of the Field itself, represent the fundamental elements of the ordinary structure of the cosmos, of its visible side (produced by the dynamics of its causal and variational precursors - spatial and temporal: Dark Matter / InfoStructures of Dark Energy).
Particles / Vortices are Compact / concentrated / condensed Vortex-type Information Structures with high mass density belonging to the class of "Visible Structures" of Matter. We repeat here everything we have said about Dark Halos, adapting it to the peculiar characteristics, properties, behaviors, dynamics and phenomena of the Particles that make up Ordinary (visible) Matter.
Particles are the visible building block of Ordinary Matter objects of the Universe. They form the visible parts of galaxies and the object within them, like clusters of stars, single stars and their planetary systems, rocks and all the objects of our physical experience. Particles make up the filaments between the bubbles that shape the Cosmic Web (an infinite chain of visible matter concentrated in the dense small-medium size Dark Matter / Dark Energy Halos hosting clusters and galaxies).
Let's try to explain what the expression reported above means, a definition that may appear a little cryptic, but which, in light of what has been said so far about this model of description of Physical Reality and the various and innumerable hypotheses that we have placed at the basis of the nature and evolution of the Universe, should not be so much so.
Speaking precisely of the Dark Halos, we have seen how the mechanical interactions between such Halos (the friction of the boundaries of Dark Energy) produce Elementary Vortices / Particles of Ordinary Matter (visible), which subsequently evolve towards Composite Vortices / Particles and wave-like Infostructures of Radiant Energy, then Complex Vortices / Particles, atoms, molecules, etc.. Therefore, the Dark Halos / Vortices, within the dark turbulence, are the primordial Structures that have persistently organized the Elementary Field, triggering the subsequent evolutionary processes that have produced everything that today constitutes the visible Universe: the Particles and everything that is composed of them.
More in detail we can say that in the friction zones between two Dark Halos, zones with positive Mass, Dark Energy, particularly compressed by the dynamics of the Dark Halos related to Galaxies, but above all clusters and superclusters, the turbulent dynamics in all the components of the Elementary Action favors the generation of micro vortices that under strict equilibrium conditions can acquire such persistence as to allow a lifespan such as to be able to propagate even at considerable distances within the interstitial filaments of the Dark structure of the cosmos.
What does "strict equilibrium conditions" mean? It means that the elementary microvortices, dragged by the rotational dynamics of the Halos in friction, immersed in the remarkably turbulent dynamics of those portions of the Elementary Field, in positive Mass / Dark Energy environments, therefore very energetic / dynamic, acquire relativistic speeds, increasing Masses that lead to a notable stabilization and lengthening of the life span, which allow the Particle to live and propagate long enough to have a good chance of colliding with another elementary or composite particle, in the high energy collision forming more complex more stable Particles or that decay into more stable Particles. We can imagine the microvortices produced by friction as Elementary Particles such as electrons or positrons accelerated to relativistic speeds by the rotational mechanical dynamics of the Halos and by the magnetic fields produced by them.
These elementary Particles, in the first collisions in the ancient cosmic eras in which the first Ordinary Matter was formed, colliding with other particles of the same type, thanks to the notable relativistic Masses linked to the immense speeds reached, formed the first composite Particles, protons formed by quarks and gluons, super turbulent lumps, which for their perfect (even if incomprehensible at the current state of development of particle physics) adaptation to the energetic environment of the filaments and nodes of the Cosmic Web (dynamics of the Elementary Field and the Structures that form in it) satisfied or evolved towards equilibrium conditions that ensured their causal permanence. These Particles that accumulated over very long periods of time, gradually formed all the Ordinary Matter that we see today in clouds of gas and dust, or condensed in celestial objects, stars, galaxies, and so on, which gradually went to populate the Dark Structures with the appropriate characteristics (sufficient density of Mass, spatial extension, rotational dynamics, etc.).
In different places in the cosmos, in different eras, at different rates, according to "normal" or absolutely peculiar dynamics, Ordinary Matter (visible) has accumulated, condensed, lit up, to form the wonderful luminous trails that we can admire today in the filaments and nodes of the Cosmic Web. Even today, always and forever, new Ordinary Matter, new micro vortices, silently, darkly, form and, accelerated, collide with other elementary Particles thus formed, or with more "mature" Particles, atoms / molecules of gas, dust, and so on, producing in the impacts, thanks to their Energy (Mass, Motion, Charge, Spin), new Matter that is added to the existing one. New Ordinary Matter that goes to populate the Dark Structures, also in incessant evolution. Visible dynamics immersed in the invisible dynamics, Ordinary Matter in the Dark, in incessant co-evolution towards ever higher levels of causal and variational complexity (spatial and temporal).
Shape
The Particles of Ordinary Matter (visible), as mentioned, are concentrated / microscopic corporal vortical structures with high density of Mass belonging to the class of "InfoStructures" of Ordinary Matter. As for the shape, at least for the elementary Particles, we can ideally imagine them as regions of (almost) spherical shape of the Elementary Field with specific and peculiar profiles of distribution of the Elementary Action in its various Components.
They appear as very small curled bubbles in microscopic turbulence, with nested levels of indistinct turbulence, from the scale of the particles themselves up to the Planck scale and even lower.
We can think of turbulence in a fluid, or in a superfluid, where gradients, flows and vortices form and disappear incessantly, sometimes they are preserved and take on a recognizable shape that can be associated precisely with that of a bubble, a three-dimensional vortex, which for a certain time resists the transformative forces, in the continuous push and pull between constructive and destructive, structuring and destructuring, organizational and disorganizational processes, organization balanced between chaos and order.
Comparing what we are saying about particles with what we have said about Dark Matter Halos / Dark Energy, the identities, similarities, symmetries are evident. In many respects the only difference concerns the scale of size, immense for Dark Structures, microscopic for Ordinary Structures, which we call Ordinary Matter Particles. It is clear that we are repeating what was said in the section on Dark Halos, adapting it to the peculiar nature, shape, characteristics, properties, behaviors, dynamics, etc. of Particles.
But how do these distribution profiles of the Elementary Action in its different Components present themselves? As we have said, the general shape of a Dark Halo can ideally be thought of as spherical. But precisely because these are shapes that emerge from turbulence, immersed in turbulence, that feed on turbulence, so to speak, the real shapes can also be very far from the ideal ones, which still remain a sort of chaotic attractors of shape.
The variety of shapes and transformations that these shapes can undergo, both for internal dynamics and for interactions with the turbulent environment and with other Particles, even of different types (and therefore of different sizes, shapes and dynamics), but above all for their large spatial and energetic concentrations, and for extremely short propagation times of Causality, Action, Information / Energy, are much more limited than what happens for Dark Halos. Particles, especially elementary ones, tend to maintain a much more regular shape, even if their dynamics, especially in the relativistic regime, can deform them, shrink them, make them more massive, extend their life, etc.
- INCLUDES IMAGE - PARTICLE SHAPES OF ORDINARY MATTER -
As we can see from the illustration, in a Particle (for simplicity we refer to an elementary Particle, therefore not composed of other Particles) we can identify an internal region (volume) separated by a boundary from the external region, virtually infinite and extended to the entire infinite and unlimited Universe. Here too, and even more so since the densities of Mass and Charge are here extremely more intense than in the case of the Halos / Vortices of Ordinary Matter (visible), the limit of spatial extension of this external region, and therefore of the entire Halo, is localized in the surface (irregular, even if ideally spherical, as we said) on which the correlations of the components of the Elementary Action (in particular Perturbation, whose correlation represents the Mass, and Rotation:Chirality, whose correlation represents the Charge) assume values lower than the Uncertainty limit.
For Vortices / Particles, much more than for Dark Halos, given the scale of their spatial extensions and the speed of their dynamics, dependent on the greater proximity to the Planck scale, and for the typology of the phenomena that integrate them, the effect that is called "superposition of quantum states" is much more evident and can significantly impact the shape of the Structure. We speak for example of the superposition of the directions of Spin, or of the position in space, or even of the trajectories followed in the Motion.
For the direction of Spin, for example, as already illustrated in the previous sections, it is possible, or highly probable that an elementary Particle, an electron for example, at the same time manifests more directions of Spin, before and after an event that we call measurement, or observation, always an interaction in which one of the interacting objects is an observer or a measuring device, an event that by its nature and phenomenology "produces in the Particle under examination a very rapid alignment of the direction of orientation of Spin of all the event points of the Elementary Field that at that precise moment are supporting the Structure.
Once the device (in this case a magnet) that was used for the measurement is removed, the Particle begins to evolve again, and so does its shape that fluctuates around the attractor of the ideal shape of the entire Structure. Each event point, due to the natural turbulence of the Elementary Field, the internal dynamics of the elementary particle, the interactions with other particles, will express its own evolution, and so portions of the Structure can evolve differently. This translates into a superposition of states, since at any moment the Structure can have different portions that express a different Rotation:AxisOrientation correlation. And this means superposition of different Spin orientations.
Vortex InfoStructures tend to evolve in the following ways:
- Rest Mass and Charge remain constant for each type and subtype of Structure (e.g. InfoStructure - type: Vortex - subtype: Elementary, an electron will always have the same Rest Mass, even if its overall Mass, Rest Mass plus Relativistic Mass, and will always have a negative Charge equal to a defined, quantized value);
- Motion and Spin are globally and partially variable and variant; at the same time different parts of the Structure can show different correlations of orientation of Translation (Motion) and/or different correlations of direction of Rotation:AxisOrientation.
Just like the position of the centers of Mass and Charge (and the orientation / intensity of the Inertial Motion deriving from the Translation correlation, as well as the orientation of the Spin axis, deriving from the Rotation:AxisOrientation correlation), also the position of the separation surface between the internal region and the external region, i.e. between the region of negative Mass and the region of positive Mass (Dark Energy), as well as the surface that ideally contains the entire Vortex / Particle are variables, determine its shape and depend, as mentioned, on the internal dynamics and external interactions.
Physical aspects and quantities
In addition to their shape, spatial extent and location of significant places (such as the separation surface between the inner and outer regions), Vortices/Particles are characterized by other significant physical aspects and quantities. Among the most significant we find:
- total Mass (positive and negative, sum of moduli, amount of inhomogeneity), average density and density profile of negative and positive Mass,
- speed and direction of the Motion of displacement in the Elementary Field, any acceleration, its position and dynamics with respect to the surrounding Particles, external gradients, flows and vortices, level and characteristics of the external turbulence in which it is immersed (virtual particles)
- dynamics of internal turbulent Motions, internal motions and velocities, internal gradients, flows and vortices, level and characteristics of internal turbulence
- total Charge (positive or negative, left-handed or right-handed chirality), relation with general cosmic chirality, superlocal or local,
- Orientation of the Spin axis of the Structure and relation with the orientation of the Spins of the surrounding Structures, intensity and profiles of internal magnetic fields, presence and intensity of external magnetic fields, general, superlocal or local.
Links to the tables of contents of TFNR Paper
