Difference between revisions of "TFNR - Matter"

Revision as of 12:25, 29 November 2024

Among the forms of Energy in the structured Field connected to the Physical InfoStructures is also included the following:

• Metric / gravitational Energy and space-time and metric phenomena]] and Mass and gravitational phenomena: it is the Energy / Information structured as Mass (negative mass density) and Dark Energy (positive mass density), or, in other words, as a deformation of the homogeneity of the space-time metric --> correlations between the Mode of Action that we call Perturbation.

This concept represents what we call Matter. We have kept it separated from other forms of Energy properly speaking for its characteristics, properties, peculiar behaviors, and for the habit of representing it as an ontological class different from Energy, even if in the relativistic field their equivalence has been declared and experimentally verified in many fields and occasions. Matter is a form of Information more structured and complex than Energy. In fact, Matter is made of structured Information, of Structures of Information.

Therefore, by Matter we mean a form of Energy in the structured Field, which is associated with the physical quantity that we call Mass, both negative (the Mass to which we commonly refer when we talk about the quantity of matter contained in a body, rest Mass, relativistic Mass, etc., the Mass that produces gravitational attraction) and positive (the one that produces gravitational attraction, commonly called Dark Energy, which we talked about above).

Matter is made up of sets / networks of Physical Structures of Information whirling in interaction, characterized by Derived structured physical forces and fields: Mass, Motion, Charge, and Spin. The nature of Matter (Dark halos and elementary Particles) and their fundamental quantities derives from the properties of the Elementary Field and the Dynamics of Elementary Action. The forms of Matter, both Dark and Ordinary, as well as the Information Structures that compose them, can be represented as Processes of Events (Action) organized by Relations (Information) produced by Entities (Sources, Force / Field pairs.

In this model, massive InfoStructures that made up Matter are called Vortices. In conventional science language these kind of Structures are called particles for Ordinary (visible) Matter (they and their interactions are described by the Standard Model of Particles and by the Quantum Field Theory) and halos or bubbles for Dark (invisible) Matter.

According to visibility, we can identify:

• Dark structures: Vortices -> Dark matter -> Halos
• Visible structures: Vortices -> Ordinary matter -> Particles

Due to its nature, structure, visibility, density and other fundamental properties, Vortices can be classified in:

• Dark (invisible) Matter Vortices
  • Halos / Vortices: low Mass density extended structures, like galactic halos, cluster halos, giant voids, all the dark huge (turbulent) structures that made up the cosmic web

• Ordinary (visible) Matter Vortices: high density compact structures, the elementary particles of ordinary matter and the exotic one (like that produced in the colliders, in the high energy interactions of cosmic rays, in the cores of stars, neutron stars, etc.):
  • Elementary ordinary (visible) Matter Vortices
    • Elementary Fermions
      • Leptons and antileptons
      • Quarks and antiquarks
  • Composite ordinary (visible) Matter Vortices (nucleons: protons, neutrons, mesons, etc.) are the result of the interaction of more elementary structures.
    • Baryons
    • Mesons
  • Complex ordinary (visible) Matter Vortices (the result of the interaction of Composite ordinary (visible) Matter Vortices)
    • Atomic nuclei (small and dense cluster of protons and neutrons that lies at the center of an atom)
    • Quasiparticles (effective particles that exist in many particle systems, for example excitons, phonons, plasmons, polaritons, skyrmions)

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"