View source for TFNR - Other Physical Principles

While the [[Fundamental Physical Principles]] ([[Principle of Uncertainty]], [[Principle of Action and Reaction]], [[Principle of Least Action]]) concern aspects, properties, behaviors of the [[Physical Entities]], the [[Physical Sources]] ([[Physical Agents / Forces]] and [[Physical Acted / Fields]]), of the expression of their operational function in the incessant [[Formation of Physical Reality]] at all the levels of [[Physical Complexity]], the Other Physical Principles, also very important principles, '''help us to understand how the [[Physical Events]], [[Physical Relations]] and [[Physical Processes]] determine the main characteristics of [[Physical Reality]]''', and describe the ways in which Physical Reality takes the form we observe.

'''Principle of Locality'''

[[Physical Reality]] is local, there are no rooms for a "spooky action at a distance" out of a rigid expression of the [[Physical Causality]].

'''Principle of Quantization'''

Every product of the [[Process of Formation of Physical Reality]], every [[Physical Events|Physical Event]], [[Physical Action]], [[Physical Information]], [[Physical Structures of Information|Physical Structure of Information]], [[Physical Forms|Physical Form]], in turn '''becomes a whole, a unity, an individuality, a new source''' of Physical Events, of Physical Action, of Physical Information, and thus a new active subject in the incessant [[Physical Creation]] and [[Physical Evolution]] of [[Physical Reality]]. The object of a Physical Action become itself a new subject of Physical Action.

'''Principle of Relation in Physical Reality'''

The [[Principle of Relation]] in the physical domain of Nature describes the interactions of [[Physical Entities]], and of [[Physical Events]] from whose organization the [[Phenomenology of Physical Reality|phenomenical Physical Reality]] incessantly emerge.

'''Principle of General Equivalence'''

The [[Principle of General Equivalence]] describes the equivalence between different [[Fundamental Physical Quantities|physical quantities]], apparently non connected. For example: the amount of the perturbations in the distributions of the fluctuations of / in the [[Elementary Field]] ([[Elementary Events]]), the velocity of propagation of perturbations in the Elementary Field (propagation of [[Causality]]), the [[Mass and gravitational phenomena|mass]] and [[dark energy]] density, the metric of [[space]]-[[time]], the temperature of the Field), and, indirectly, between some derived physical quantities (speed of light in a vacuum, mass of the structures of dark and ordinary matter, dimensions and geometric properties of Physical Reality).

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