TFNR - Radiant Energy: Gravitational and Electromagnetic Waves
Radiant Energy is one of the main forms of Ordinary Energy, which is an elementary form of Information.
Radiant Energy is associated with two subtypes of Information Structures belonging to the Wave type:
These Structures are made up of and transport Information / Energy that we call "radiant" because they constitute the most representative form of "radiation". They produce the transport of Energy in space, without movement of material bodies.
In order not to induce confusion, we intentionally associate the term "radiation" (which we could call "wave") only to these two types of Structures, and not to radiation of the "particle or corpuscular" type (alpha radiation, made up of protons, and beta, made up of electrons).
Let's now take a look at these two types of Waves that we associate with Radiant Energy.
Gravitational Waves
Gravitational Waves (GW), in their essence, are to be intended as "Mass in Motion", Perturbation in Translation.
In a broad sense, they are Structures of Information. In particular, we can describe them as Structures of Propagation of Variation in the terms of the Dynamics of Action, or, even in more detail, in the terms of the Dynamics of Physical Action, as Structures of Translation of Perturbation.
They act as a translation of a process of alternance between compression end expansion of the Elementary Action, in the mode that we call Perturbation, in the dynamics of the Elementary Field.
In a sense closer to conventional physics, we can say that these kind of Waves propagate "negative and positive mass density" in space-time.
In conventional scientific language (in General Relativity), GW are described as waves that propagate in space gravitational perturbances, perturbances of the curvature of space-time.
Electromagnetic Waves
Electromagnetic Waves (EMW), in their essence, are to be intended as "Charge and Spin in Motion, Rotation (Rotation:Chirality and Rotation:AxisOrientation) in Translation.
In a broad sense, they are Structures of Information. In particular, we can describe them as Structures of Propagation of Conservation in the terms of the Dynamics of Action, or, even in more detail, in the terms of the Dynamics of Physical Action, as Structures of Translation of Rotation.
They act as a translation of a process of alternance in chirality and axis orientation of the Elementary Action, in the mode that we call Rotation (Rotation - Chirality and Rotation - Axis orientation, in the dynamics of the Elementary Field.
In a sense closer to conventional physics, we can say that these kind of Waves propagate "negative/positive charge and spin orientation" in space-time.
In conventional scientific language, EMW are described as waves that propagate in space electrical/magnetic perturbances.
Links to the tables of contents of TFNR Paper
