TFNR - Relations
Relations are the objects of Essence / Form. Relations between Events, to form more and more complex macro-events, the Processes of Events that make up Reality.
Relations are the product and the object of the sub-process of Evolution, as part of the Process of Formation of Reality.
The functional causal connection between Events and Relations is represented by Information (In-Form-Action): Relations are the product of inter-action between Events.
Relations are the origin of the Essence / Form of Reality, of the Evolution towards Complexity.
It's the root of Information. Attribute, characteristic of an Entity.
Product of the Operator Relation <REL>, one of the two fundamental ways of manifestation of the Force: Force Relation, expression of the Force as pressure for the Evolution of Reality.
By Relation we intend every connection, association, influence, dependence between Events, or more generally, between Processes of Events (Structures, Forms). Relations give form to Action. Relations between Events, between Action, represent Information (In-Form-Action: Action that has a form). Relation is the root of Information, which is the object of Evolution toward Complexity. Relation is the root of Interaction, of all the interaction that shape the world, that produce all the Phenomena, Events organized by Relations.
Everything we see in Reality, in the Universe in Evolution, comes from the Relation (correlation) between Events produced by Entities (Sources). Correlation or dependence is any relation between two or more Events. Events, their distributions can be described by a combination of stochastic and deterministic processes.
Everything has a relative, a relational root. Everything happens and takes its shape, its Essence / Form, from the Relations between the Events that participate to its Existence. Hence, Space itself, like Time, the structure that we call Space-time, and again, Mass, Motion, Charge, Spin and all the more complex Physical Quantities, come from Relation. They have a relational nature and dynamics.
Links to the tables of contents of TFNR Paper
