Difference between revisions of "TFNR - Interactions"

Revision as of 19:07, 28 April 2024

Interactions: from the interaction of these pure type of Structures composite particles arise, which form most of the particles that exist in nature or have been produced in colliders (hadrons: baryons, like protons and neutrons, and mesons, weak and strong nuclear bosons like gluons and W / Z particles).

Direct expression of the Operator Relation at the level of the Structures of Information, at all the levels of Complexity, the Operator Interactionputs in relation the Structures of Propagation, the Structures of Conservation and the related Events that characterize the Dynamics and the Evolution of the Structures of Information, creating Mixed Structures and more complex events.

In Physical Reality, it is the level at which the complex Derived Physical Forces manifest themselves. Foundation of any manifestation.

Physical Interactions

Direct expression of the Operator Relation in Physical Reality at the level of the Physical Structures of Information, at all the levels of Physical Complexity, the Operator Physical Interaction puts in relation 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.

In Physical Reality, it is the level at which the complex Derived Physical Forces manifest themselves. Foundation of any manifestation.

Operator Interaction

The Operator Interaction operates at the level of the Physical Structures of Information, which includes, at various levels of complexity, the elementary Structures (we define them as elementary as they appear unitary and non-divisible, even if they are infinitely large and complex with respect to the level of Elementary Events, which represents the causal and variational substrate; they represent the elementary bricks that build the Material Forms, Particles and Waves).

More in general, with respect to the whole Reality, the Physical and the Cognitive Reality, and so on, in a growing Complexity, Interaction puts in Relation more and more complex Structures, such as the cosmic Structures that populate the Universe, or the Immaterial Forms and the Cognitive Forms (for example, the ecological, social, political, economic structures, which represent some of the aspects of the organization of human groups), to name but a few.

Interactions represent composite Structures formed by the interaction among elementary Structures. This class comprehend almost all the Structures that form Physical Reality, the pure structures normally being organized in more complex aggregates. In this sense, we should classify as Interactions the composite and the complex vortices, above mentioned. In a narrow sense, this class includes:

• the interactions between dark matter structures (gravitational waves and dark matter halos), forming more complex dark matter structures, like dark filaments or that weird structures we can observe in the case of galactic, or more likely, cluster collisions, with the appearance of gravitational shock waves and other complex dark forms,
• interactions between ordinary matter structures (e. m. waves and ordinary matter vortices): bosons (gluons, heavy bosons, higgs boson, etc.).

In the class of "Mixed structures – Complex vortices/particles and interactions", which we will see shortly, we will find "mixed structures" formed by:

two 3d vortices tied together by a 2d/3d gluon vortex tubes (mesons) three or more 3d vortices tied together by 2d/3d gluon vortex tubes (baryons)

According to their nature and structure, the Physical InfoStructures can be classified in two fundamental / pure types and a mixed type produced by various kinds of physical interactions between them:

Waves: they represent the dynamic structures able of carrying Information or, in terms of mainstream physics, vectors of (derived) forces. Here we find the gravitational waves (invisible / dark sector) and electromagnetic waves (visible / ordinary sector), and their particle counterpart / representation, the photon, Vortices (massive particles): they represent the conservative structures, from whose fundamental nature the mass phenomenon derives. Structured information which, due to its peculiar conformation, acquires an (apparently) permanent form. Dark matter halos, the invisible structure of the cosmos, which make up the complex cosmic web, the dark side of the Universe. Elementary particles, including leptons and quarks, in the visible sector of Matter, Interactions: from the interaction of these pure type of Structures composite particles arise, which form most of the particles that exist in nature or have been produced in colliders (hadrons: baryons, like protons and neutrons, and mesons, weak and strong nuclear bosons like gluons and W / Z particles). According to the kind of Radiation or Matter their organization produce, we can classify them in:

Invisible structures, the constituents of the Invisible / Dark Matter Gravitational Waves Dark halos (the diffuse low-density structures that create the texture of the cosmos, the galactic bubbles, and the even larger ones that house immense clusters and the other large cosmic structures) Interactions (the dark turbulence and the various (sub-) structures of the cosmic web) Visible structures, the constituents of the Visible / Ordinary Matter Electromagnetic Waves: one cycle waves / massless particles (photon) Vortices / Particles: massive particles (elementary particles, including leptons and quarks) Interactions (hadrons: baryons, like protons and neutrons, and mesons, weak and strong nuclear bosons like gluons and W / Z particles, particles from whose interaction the atoms are formed and other particles that are created in high-energy phenomena / collisions)

Links to the tables of contents of TFNR Paper

• Go to the contents list of the paper "The Fundamental Nature of Reality"

• Go to Chapter 2 "A first look"