TFNR - Separability, individuation, internal distribution and locality
Some notes on these terms, key terms in the world of InfoStructures...
These four terms, and the concepts that represent them, are extremely intertwined.
If Physical Reality were intrinsically and absolutely non-local, nothing could exist, or rather only the absolute vacuum would exist, an infinite and unlimited set of elementary fluctuations of space of evenly distributed in time, absolute homogeneity, since every deformation, every inhomogeneity would be canceled out by an action at a distance that is infinitely rapid and intense, without limits of space and without limits of time.
If the Dynamics of Reality were non-local nothing could differentiate itself, nothing could emerge from absolute homogeneity. Nothing could be separated / separable from the rest.
If nothing were separable, nothing could be individuated / identifiable. We could not talk about Structures, Vortices, Waves, Interactions, particles, objects, Forms.
If nothing were identifiable, separable, locally delimitable, it would make no sense to identify an internal differentiation of the InfoStructures, an internal distribution of the Elementary Action in its Modes / Components, which, together with indetermination, is responsible for most of the weirness of quantum phenomena.
And still there would be no distinction between "object and subject, there would be no interaction, measurement and measurability.
A joking note... No locality, no separability, no individuation, no measurement... in this case we wouldn't have the famous "Measurement Problem" that has been keeping physicists sleepless for a century. Physicists wouldn't exist either, nor me, nor you who are reading this, nor the entire Universe.
Here we briefly see some fundamental properties of Structures of Information:
- Separability
- Identification
- Internal distribution
- Locality
In the next section, which offers an overview of Dynamics (classical, quantum and the hypotheses proposed by the Evolutionary Knowledge System), we will take up these themes and frame them in a broader reasoning on the dynamics of phenomena involving InfoStructures.
Links to the tables of contents of TFNR Paper
