TFNR - Elementary Information: Energy
Energy is an elementary form of Information. As a form of Information, it is the object and the product of Evolution.
At the elementary levels of the Physical Reality, Information is organized Physical Action, the whole set of Physical Relations, produced by the expression of the Operator Relation, the links the Elementary Events in Physical Processes, Energy in Physical Structures of Information, then in Physical Forms, parts in Physical Systems, in a whole, the Physical Universe in evolution.
At the most elementary level of Reality, where the Primary Source, through the inner interaction of its two aspects the Fundamental Force and the Elementary Field, incessantly produces the Elementary Events, the inhomogeneities in their distribution representing the Elementary Action, with its three Modes / Components, Perturbation, Translation and Rotation, the true "substance" of all that exists. The correlations between those inhomogeneities represent the most elementary form of Energy / Information, the [Elementary Energy], that make up the Structures of Information that we observe, measures, through their mutual interactions, waves and vortices / particles that compose the physical world.
It is the pattern of organization of the elementary Relations, which link Elementary Events in Physical Processes, Energy / Information in Structures, the parts in systems, in a whole. It is the organizing element in "chaos-order" processes, the key element in the evolution towards complexity. It is Energy, in a broad sense.
Energy is the capacity to do work. In this System of Knowledge, the capacity to produce Events, to produce Action. Ability to vary the status of Information of a Structure, Form, Systems of Forms.
In common physics, energy is intended as the quantitative property that must be transferred to an object in order to perform work on, or to heat, the object. In this sense Action (Interaction) can be seen as the act of transferring Information / Energy between two or more, structures, systems, forms, etc.
Links to the tables of contents of TFNR Paper
