TFNR - Some InfoStructures models
This section introduces a series of preliminary models designed to capture key physical phenomena through the lens of InfoStructures. Starting from the idea that Nature can be observed and described as a hierarchy of nested levels - each with its own Entities, Phenomena and Dynamics - I would like to sketch some models that allow to summarize what has already been illustrated in the previous sections in the structural and functional description of objects that should be familiar and central to at least a substantial part of modern physics. Objects that we have described as discrete units (although as said "fuzzy and uncertain") in incessant evolution in a continuous field, the Elementary Field and the Derived Fields, which constitute particular views of it from peculiar points of view (the Modes / Components of Elementary Action).
I refer in particular to the following models, which I hope can serve as prototypes for future explorations:
- A model of free electrons
- A model of electrons in atoms
- A model of single cycle electromagnetic waves (photons)
- A model of multi cycle electromagnetic waves (i.e. radiowaves)
Each model should consist in the representation of the specific InfoStructure as a whole, as an individual structure, identified and as defined as possible, even if in the "fuzzy and uncertain" physical context characteristic of quantum objects. The Structure, its Properties and its Behaviors, its dynamics should also be described in terms of the nature and dynamics of the underlying levels of Reality, up to the Elementary Events, to the infinitesimal spatial fluctuations that are at the basis of the Existence of Reality. And again, the models should be able to highlight how, from this elementary dynamics, at the Information / Energy level, the characteristics that we represent as Fundamental Physical Quantities arise: Mass, Motion, Charge and Spin.
I hope that already in the next version of this paper it will be possible to report some of these models, which I believe can bring greater concreteness and clarity to what is exposed in this chapter.
