TFNR - Dynamics of Physical Systems
The Dynamics of Physical Systems is the part of the Dynamics of Physical Forms that, in the Process of Formation of Physical Reality, at the Level of the Forms, studies the dynamics of the Forms, the entities formed by Structures of Information (Particles and Waves) and their Interactions.
For brevity, we can say that all classical / relativistic physics, and part of quantum mechanics (when applied to aggregates of particles, atoms and molecules, and to the substances composed of them), if adequately reformulated in the evolutionary lexicon, converted to the fundamental principles of Evolutionary Dynamics proposed by this Knowledge System, can be identified in the Dynamics of Physical Forms, of Physical Systems.
This part of dynamics studies:
- the nature and the properties of the Physical Relations among the Physical Forms that make up the Physical Systems and their interactions / organization in interconnected networks and complex processes that form the Physical Reality and the Physical Universe in evolution,
- the ways in which the structured Physical Information manifests itself in the Systems of Physical Forms.
In other words, closer to conventional physics, the Dynamics of Physical Systems deals with (Derived) Entities, Forces and Fields, Events, Action, Relations / correlations, Information / Energy, Structures, which manifest themselves in the Physical Systems.
Links to the tables of contents of TFNR Paper
