TFNR - Dynamics of Physical Systems
The Dynamics of Physical Systems is the branch of the Dynamics of Physical Forms that, within the Process of Formation of Physical Reality, at the Level of the Forms, examines the dynamics of Forms, entities constituted by Structures of Information (Particles and Waves and their Interactions), from the perspective of the functional Systems they form.
For the sake of brevity, it can be stated that all classical and relativistic physics, as well as certain aspects of quantum mechanics (when applied to aggregates of Particles, atoms, molecules, and the substances they form), if appropriately reformulated in the evolutionary lexicon and aligned with the Fundamental Principles of Evolutionary Dynamics as proposed by this System of Knowledge, can be encapsulated within the Dynamics of Physical Forms, of Physical Systems.
This branch of dynamics explores:
- the nature and properties of the Physical Relations among Physical Forms which constitute the Physical Systems, their interactions, and organization into interconnected networks and complex Processes that shape Physical Reality and the evolving Physical Universe,
- the ways in which structured Physical Information manifests itself within Systems of Physical Forms,
- the causes and processes that give rise to the Phenomena associated with Systems of Physical Forms, including the formation, transformation, and evolution of Structures of Information, their interactions, and the emergent behaviors they produce.
In essence, closer to conventional physics, the Dynamics of Physical Systems focuses on (Derived) Entities, Forces and Fields, Events, Action, Relations / correlations, Information / Energy, and Structures, as they appear within Physical Systems.
Links to the tables of contents of TFNR Paper
