TFNR - Structured Energy: Energy "in" the structured Field
Now we are ready to examine the next forms / levels of inhomogeneity. These levels correspond to the emergence of Structured Energy, arising from inhomogeneities in the spatial correlations of discrepancies in the pre‑temporal distributions of the elementary pre‑spatial fluctuations (EE) across extended or multiple regions of the Elementary Field. In other words, Structured Energy emerges from correlations among the Elementary Action Modes / Components of different event‑points. These correlational inhomogeneities generate Elementary Information / Energy, giving rise to the first forms of Derived Physical Energy "of" the Field and of the InfoStructures "in" the Field.
As the term suggests, these forms of Energy exist only in relation to the dynamics of the Field, to its evolution, and to the emergence within it of particular forms of organization that we call Structures of Information. These Structures correspond precisely to the objects that constitute Dark and Ordinary (invisible and visible) Matter and Energy.
Let us now examine these correlational inhomogeneities in greater detail, considering both the point of view of individual event‑points and that of contiguous sets of points representing an organized portion of the Field. We can observe them from two complementary perspectives:
- from the point of view of the event‑points "of" the Field (the Elementary Field perspective)
- from the point of view of the Structures of Information "in" the Field (Dark Matter / Energy Halos, Ordinary Matter Particles, Waves, etc.)
The first perspective corresponds to what we commonly call Potential Energy — curvature of the Spacetime Metric (gravitational potential), potential Motion (acceleration or kinetic potential), electric potential, magnetic potential, and more complex potentials (strong and weak nuclear, etc.). These are the Potentials of the Field, understood as the organization of the Field surrounding Vortex‑type InfoStructures — essentially their external parts (shells). These shells express only a limited portion of the InfoStructures' FPQs (Mass, Motion, Charge, Spin), according to the specific density profiles of Mass, Charge, and other quantities, which, as is well known, degrade with a quadratic law.
It is important to distinguish between the Potential generated by an InfoStructure Vortex (ISV) and the Potential experienced by an InfoStructure. Each ISV generates an external organization of the Field, essentially consisting in the organization characterizing its external part, the shell so to say, while each IS experiences the collective Potential produced by the shells of the other ISVs present in the Field. Potential Energy does not belong to an InfoStructure; it is a property of the Field and expresses the effect of the Field's Potential on the internal FPQs of the InfoStructure.
The second perspective corresponds to the Effective Energy — Mass, Kinetic (inertial) Energy, Electric Charge, Magnetic Spin, and other effective quantities embodied in InfoStructures such as Halos, Particles, and Waves.
Through correlation, the Field ceases to behave as a collection of independent event‑points and begins to manifest organized dynamical patterns — the first emergent informational/energetic structures of Reality. These correlational inhomogeneities give Existence and Essence / Form to the Field's Potentials, establishing the foundation of Structured Energy.
At this level, we also include the Energy associated with a condition of the Field that is even less organized — a dynamical condition that we call Turbulence "of" the Field. Turbulence manifests across all dimensional scales, with resonances around specific orders of magnitude where formative Processes tend to concentrate, transforming turbulence into structure, into Structures. We include Turbulence here because it can be represented as Potentials that manifest dynamically within spatiotemporal domains of varying and shifting extent (normally small), in a chaotic and, indeed, turbulent manner.
We will return to these concepts in the next chapter, dedicated to InfoStructures ("Physical Quantities and Phenomena in the structured Field" and "Energy and Matter in the structured Field"), where we will discuss the physical quantities that characterize them — Mass, Motion, Charge, Spin, and other more complex quantities linked to the peculiar organization of nuclear and atomic aggregations.
Links to the tables of contents of TFNR Paper
