Physical Structures of Information

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Scheme of the Structures of Information

Definition

Physical Structures of Information are patterns of organization of Elementary Action in the Elementary Field or Physical Action in the Physical Acted / Fields, that give a form to the distributions of the elementary fluctuations in space-time domains of the Field.

They are sets of organized Physical Information, networks of organized Physical Relations between Physical Events that show a certain form of collective behavior, and for this reason can be considered unities, entities / unitary systems, objects, "individuals" (Principle of Individuation / Quantization).

They are the building blocks of Physical Reality.

Physical Structures of Information can belong to two fundamental/pure types and a mixed type produced by Physical Interactions between the two:

At the fundamental level of Physical Reality, at the level of the Elementary Field we find the Physical Structures of Information from whose aggregation and organization the Material Forms are formed. Networks of relations among events (Information, In-form-action), that show some coherence / correlation in the basic parameters of the Elementary Field (Perturbation, Translation and Rotation), a network of organized events that show consistent collective expressions/behaviors and common properties emerging from the more elementary levels of Reality, from the dynamics of the Action.

Observing the Physical Reality at levels of greater complexity, we find chemical, geological, biological, cosmic structures, up to the more complex ones, the Cognitive Structures of Information produced by the cognitive activity of Living Forms.

Common definition

Links to Wikipedia pages:

Description

At the level of the Elementary Field, the Structures of Information represent networks of Elementary Events, or Microstates, correlated (organized by Relations), which manifest a collective behavior from which a condition of individuation emerges such that the Structures themselves can be configured as independent entities.

Waves, vortices (massive particles), interactions, constitute the network of structures that populate the descriptive models of the constituents of matter.

Among them we find the constituents of ordinary matter, the particles from whose interaction the atoms are composed, and the other particles that are created in high-energy collisions.

We also find the structures that we call Dark matter, the diffuse low-density structures that create the texture of the cosmos, the galactic bubbles, and the even larger ones that house immense clusters.

Waves represent dynamic structures capable of carrying Information or, in terms of conventional physics, vectors of forces. Here we find electromagnetic waves and their particle counterpart, photons.

Vortices represent conservative structures, from whose fundamental nature the phenomenon of mass derives. Structured information which, due to its peculiar shape, acquires a (apparently) permanent form.

Here we find elementary particles, including leptons and quarks. From the interaction of these Structures composite particles arise, which form most of the particles that exist in nature or have been produced in accelerators (hadrons - protons, neutrons, etc. - and mesons).


La materia è costituita da Strutture di Informazione, che organizzano le perturbazioni del Campo dell'Azione Elementare.

Livello dell'energia manifesta (energia potenziale + informazione --> energia manifesta). Livello delle Forme più elementari. La Forza non si muove più liberamente, ma è organizzata, "strutturata", vincolata, e può essere liberata solo dal dissolvimento delle Strutture stesse. Progressiva espressione di un principio di coesione, originato dalla stabilità, che si manifesta in modo via via più evidente e profondo ai livelli della Forma e dell'Universo nel suo complesso.

Insiemi di relazioni tra eventi elementari o complessi, che ne rappresentano il substrato/supporto. Strutture elementali: onde e vortici. Nel sistema di classificazione (standard) le strutture elementali, denominate particelle) sono raggruppate in famiglie. Strutture complesse: strutture composte da strutture elementari, classificate in tipologie (particelle composte) es. adroni, mesoni, risonanze?, ecc.

d_ph_info_structures Strutture Fisiche di Informazione "La materia è costituita da Strutture di Informazione, perturbazioni organizzate del Campo Elementare, Informazio0ne, Azione Elementare organizzata dell'Azione Elementare. Livello dell’energia manifesta (energia potenziale + informazione --> energia manifesta). Livello delle Forme più elementari. La Forza non si muove più liberamente, ma è organizzata, “strutturata”, vincolata, e può essere liberata solo dal dissolvimento delle Strutture stesse. Progressiva espressione di un principio di coesione, originato dalla stabilità, che si manifesta in modo via via più evidente e profondo ai livelli della Forma e dell’Universo nel suo complesso. Insiemi di relazioni tra eventi elementari o complessi, che ne rappresentano il substrato/supporto. Strutture elementali: onde e vortici. Nel sistema di classificazione (standard) le strutture elementali, denominate particelle) sono raggruppate in famiglie. Strutture complesse: strutture composte da strutture elementari, classificate in tipologie (particelle composte) es. adroni, mesoni, risonanze?, ecc. Onde e Vortici sono le forme fondamentali delle Strutture di Informazioni. Rappresentano l'aspetto quantistico del Campo Elementare continuo (campo spazio-tempo)."

See also

Links to the related sections of the TFNR Paper

Classification



Definition

Common definition

(Link to Wikipedia page: Structure).

Description

See also

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