TFNR - The Forms of the Universe
Def of Forms in general
Classification
- Physical or material forms -> the physical vision of Reality
- Inanimate -> the cosmological vision of Reality
- Living -> the cosmological vision of Reality
- Meta-Physical or immaterial forms -> the cognitive vision of Reality
- Meta-Forms or Cognitive Forms, the representations of Physical Reality
- Meta-Meta-Forms or Meta-Cognitive Forms, the representations of Metaphysical/Cognitive Reality
Individuation
Interactions
With respect to the kind of the forms involved, interactions can be classified as:
- among material forms
- among immaterial forms
- among material and immaterial forms
How Meta-Forms (as instincts, thoughts, intentions, etc. modify PhR and or MPhR through the action of finalistic (living) agents.
Physical Forms are organized sets of Structures of Information, complex patterns of organization that give form to the Field of Elementary Action (space-time). Complex state of a space-time domain. Forms are constantly changing, in incessant evolution towards increasingly levels of complexity. Depending on the level of complexity, the Forms can be classified into material forms, in turn divided into inanimate and living forms, and immaterial forms or Meta-Forms.
Due to the complex structure of even the simplest form, to the deep nature of the forms as pattern of organization of/in the Field or, in turn, as complex networks of events, of structured information, and to their infinite interconnections with the surroundings, the environment, it is difficult to perfectly identify a form in space and time, and more in the causal dimension.
As with elementary structures, even more for material forms, it is difficult to find out a good principle of individualization. How can we say that a form is individuated, is an individual? Where does it start, in a causal, space and time sense? And where does it end and another form start? Can we imagine superpositions of material forms, or, in other terms, what if the limit of the principle of intangibility applied to the smaller dimensions, to the tiny forces of the quantum realm dominating its boundaries, where the fluctuations of one form mixes with those of another adjacent form?
At the end, how the mechanics of individuation of the elementary structures determine the way we can individuate (and measure) the material forms?
