TFNR - Complex Relations
For Complex Relation we intend any Relation that emerges between Complex Events (Macro-Events) in the fundamental Dimensions of Reality (Cause, Space and Time) in the organization (Information) of Derived Sources (Derived Agents / Forces and Derived Acted / Fields), which we call Physical Structures of Information and material and immaterial / cognitive Forms. Any organization (Information) of the Events, of the Derived Action that gives form to Reality.
For Complex Relation we intend any Relation that emerges between Complex Events (Macro-Events) in the fundamental Dimensions of Reality (Cause, Space and Time) within the organization (Information) of Derived Sources (Derived Agents / Forces and Derived Acted / Fields), which we refer to as Physical Structures of Information and material, immaterial and cognitive Forms. That is—any organization (Information) of Events and Derived Action that gives form to Reality.
In the increasingly complex levels of Reality, a lower prevalence of the stochastic (quantum) component is noted, in favor of the emergence of a more important deterministic part. When Events become more and more complex, macro-events acquire a greater spatial and temporal extension, the stochastic component, the "quantum" aspects, governed by uncertainty, averages, becoming less prevalent, less quantitatively and qualitatively important, than the deterministic aspects (the processes of events that support the Existence of macro-objects, for example an apple, show more deterministic characteristics and phenomena, than those that support the Existence of molecules and atoms, all the particles and waves the make up that apple).
In the increasingly complex levels of Reality, a reduced prevalence of the stochastic (quantum) component is observed, accompanied by the emergence of a more prominent deterministic part. As Events grow in complexity, Macro-Events acquire greater spatial and temporal extension. The stochastic component—the "quantum" aspects governed by uncertainty and statistical averages—becomes less prevalent, both quantitatively and qualitatively, compared to the deterministic aspects. The processes of Events that sustain the Existence of macro-objects (for example, an apple) exhibit more deterministic characteristics and phenomena than those that sustain the Existence of molecules and atoms—the particles and waves that constitute that apple.
The collective behavior of all the Processes of Events representing the Existence and the Essence / Form of the particles and waves that make up the apple, and every interaction between them, which can be described by more stochastic than deterministic processes, manifests less "quantum" (stochastic) and more "deterministic" aspects, as we see in our daily experience.
The collective behavior of all Processes of Events representing the Existence and the Essence / Form of the particles and waves that compose the apple—and every interaction among them—can be described by processes that are more stochastic than deterministic. Yet, these manifest increasingly fewer "quantum" (stochastic) and more "deterministic" aspects, as reflected in our everyday experience.
Links to the tables of contents of TFNR Paper
