Difference between revisions of "TFNR - Classification of Physical Structures of Information: dark and visible, energy and matter structures"
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Revision as of 17:38, 28 September 2026
The Physical Structures of Information, according to their nature, can be classified in two fundamental / pure types and a mixed type produced by various kinds of Physical Interactions between them:
- Waves: physical Structures of Propagation
- Vortices: physical Structures of Conservation
- Physical Interactions: Interactions that relate the Physical Structures of Propagation (Waves), the Physical Structures of Conservation (Vortices) and the related Physical Events that characterize the Dynamics and the Evolution of the Physical Structures of Information, creating Mixed Physical Structures and more Complex Events
- Mixed Physical Structures: elementary particles come together to form complex structures at all dimensional scales, from hadrons made up of quarks and gluons, to atoms and molecules, through states of matter (gases, liquids, solids, etc.) to huge conglomerates of matter in stars and galaxies. All this through the four fundamental natural forces or modes of interaction.
The Physical Structures of Information, according to their nature, can be classified into two fundamental / pure types and a mixed type produced by various kinds of Physical Interactions between them:
- Waves: physical Structures of Propagation
- Vortices: physical Structures of Conservation
- Physical Interactions: Interactions that relate the Physical Structures of Propagation (Waves), the Physical Structures of Conservation (Vortices), and the related Physical Events that characterize the Dynamics and Evolution of the Physical Structures of Information, creating Mixed Physical Structures and more Complex Events
- Mixed Physical Structures: elementary particles come together to form complex structures at all dimensional scales — from hadrons made up of quarks and gluons, to atoms and molecules, through states of matter (gases, liquids, solids, etc.), up to huge conglomerates of matter in stars and galaxies. All this through the four fundamental natural forces or modes of interaction.
Physical Reality is characterized by the dynamics of the Structures of the two pure classes and their incessant interaction that forms more complex composite or mixed Structures. Any class collects Structures both in the dark and in the ordinary side of Physical Reality.
Physical Reality is characterized by the dynamics of the Structures of the two pure classes and their incessant interaction, which forms more complex composite or mixed Structures. Each class includes Structures both in the dark and in the ordinary side of Physical Reality.
Due to the complex phenomena called the undulatory - corpuscular duality, in the Physical Reality, in the quantum world, the weird behavior of the structures of matter and light creates confusion about the real nature of the Structures and their correct comprehension in the terms of the dimensions of Reality (Cause, Space and Time) and the right classification as Waves or Vortices. Following the unity of the Field, we can grasp the unitary nature of the Structures of Information in the terms of the organization of the Action (inhomogeneities of the distributions) of the Field itself under the constant pressure of the Force. So, despite differences in the patterns of organization, we can indifferently represent waves as particles (i.e. the photon) and particles as waves (as in the quantum mechanics description of the wave-particle duality).
Due to the complex phenomena known as the undulatory–corpuscular duality, in Physical Reality — in the quantum world — the strange behavior of the structures of matter and light creates confusion about the real nature of the Structures and their correct comprehension in terms of the dimensions of Reality (Cause, Space, and Time), and about their proper classification as Waves or Vortices. Following the unity of the Field, we can grasp the unitary nature of the Structures of Information in terms of the organization of the Action (inhomogeneities of the distributions) of the Field itself under the constant pressure of the Force. Thus, despite differences in organizational patterns, we can indifferently represent waves as particles (e.g., the photon) and particles as waves (as in the quantum‑mechanical description of wave–particle duality).
According to their mass density, we can identify:
- Energy Structures: null mass density, massless structures -> Waves
- Matter Structures: no null mass density, massive structures -> Vortices
According to their mass density, we can identify:
- Energy Structures: null mass density, massless structures → Waves
- Matter Structures: non‑null mass density, massive structures → Vortices
- Energy structures
Energy Structures are Physical Structures of Information characterized by null Mass density, no Perturbation, no gradients, no inhomogeneities in the distributions of the intensities of the Elementary Events, of the intensities of the deformations of the Elementary Field under the incessant pressure of the Fundamental Force.
Energy Structures are Physical Structures of Information characterized by null Mass density: no Perturbation, no gradients, no inhomogeneities in the distributions of the intensities of the Elementary Events, or in the intensities of the deformations of the Elementary Field under the incessant pressure of the Fundamental Force.
In this class of Physical Structures of Information we can find:
- Gravitational Waves, which belong to the dark sector
- Electromagnetic Waves, which belong to the visible sector
In this class of Physical Structures of Information we find:
- Gravitational Waves, which belong to the dark sector
- Electromagnetic Waves, which belong to the visible sector
- Matter Structures
Matter Structures are Physical Structures of Information characterized by no null Mass density, Perturbation, gradients, inhomogeneities in the distributions of the intensities of the Elementary Events, of the intensities of the deformations of the Elementary Field under the incessant pressure of the Fundamental Force.
Matter Structures are Physical Structures of Information characterized by non‑null Mass density: Perturbation, gradients, inhomogeneities in the distributions of the intensities of the Elementary Events, and in the intensities of the deformations of the Elementary Field under the incessant pressure of the Fundamental Force.
In this class of Physical Structures of Information we can find:
- Dark Matter Halos, Dark Structures that belong to the class of Vortices
- Ordinary Matter Particles, Visible Structures belong to the class of Vortices
In this class of Physical Structures of Information we find:
- Dark Matter Halos, Dark Structures that belong to the class of Vortices
- Ordinary Matter Particles, Visible Structures that belong to the class of Vortices
According to their visibility:
According to their visibility:
- Dark Structures
Dark Structures are Physical Structures of Information (Matter Structures characterized by no null Mass density), large scale distributed weak density non-corpuscular structures, as depressions in dynamic structure of the Elementary Field.
Dark Structures are Physical Structures of Information (Matter Structures characterized by non‑null Mass density), large‑scale, weak‑density, non‑corpuscular structures, appearing as depressions in the dynamic structure of the Elementary Field.
They are not visible because they do not interact through Electromagnetic Waves / photons (at the normal wave lengths we can observe the world), even if they have all of the Properties of Physical Structures of Information as the visible Ordinary Matter, the Visible Structures, in particular Charge and electric phenomena and Spin and magnetic phenomena.
They are not visible because they do not interact through Electromagnetic Waves / photons (at the wavelengths accessible to observation), even though they possess all the Properties of Physical Structures of Information found in visible Ordinary Matter — the Visible Structures — including Charge and electric phenomena and Spin and magnetic phenomena.
They can Physical Structures of Information belong to both the classes of Waves or Vortices:
- Gravitational Waves, which belong to the class of Waves
- Dark Matter Halos, which belong to the class of Vortices
They can belong to both classes, Waves or Vortices:
- Gravitational Waves, which belong to the class of Waves
- Dark Matter Halos, which belong to the class of Vortices
- Visible Structures
Visible structures are Physical Structures of Information (Matter Structures characterized by no null Mass density), small scale concentrated high density corpuscular structures, as depressions in dynamic structure of the Elementary Field.
Visible Structures are Physical Structures of Information (Matter Structures characterized by non‑null Mass density), small‑scale, concentrated, high‑density corpuscular structures, appearing as depressions in the dynamic structure of the Elementary Field.
They are visible because they interact through Electromagnetic Waves / photons (at the normal wave lengths we can observe the world).
They are visible because they interact through Electromagnetic Waves / photons (at the wavelengths accessible to observation).
They are Physical Structures of Information belonging to the class of Vortices:
They are Physical Structures of Information belonging to the class of Vortices:
In the next sections we will see these classes of InfoStructures in more detail, to understand their specific nature in terms of Elementary Action and its Modes / Components, the Properties and Physical Quantities that characterize them, their Behavior and Dynamics, the correspondences with the objects of conventional science, etc.
In the next sections we will examine these classes of InfoStructures in more detail, to understand their specific nature in terms of Elementary Action and its Modes / Components, the Properties and Physical Quantities that characterize them, their Behavior and Dynamics, the correspondences with the objects of conventional science, and more.
Links to the tables of contents of TFNR Paper
