Difference between revisions of "Derived Processes"

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== Description ==
 
== Description ==
  
While we can describe the fundamental processes by Evolutionary Dynamics and its specifications at the various levels of Reality:
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While we can describe the fundamental processes by [[Evolutionary Dynamics]] and its specifications at the various levels of Reality:
 
*[[Dynamics of the Sources]]
 
*[[Dynamics of the Sources]]
 
*[[Dynamics of Action]]
 
*[[Dynamics of Action]]

Revision as of 18:25, 19 April 2020

Definition

For Derived Processes we intend all the processes that cooperate to the construction, the formation (creation and evolution) of Reality, other than the fundamental processes directly operated by the Primary Source and its direct functional manifestations, the Operators of Reality, in acting the Process of Formation of Reality.

As the fundamental processes, the derived processes are intended as organized sets / networks of Events, of actions, variations, mutations of Acted / Fields operated by Agents / Forces, in the context of Agency.' In this case, at the levels of Reality other than the fundamental one, we will refer to Derived Sources (Derived Agents / Forces and Derived Acted / Fields), Complex Events, Derived Action, and so on.

They describe why and how things happens in the Physical an Cognitive Reality, in its complex levels:

Common definition

In general, a process is a network of related changes, activities or actions. Depending on the context, the term process can take on different meanings and nuances.

Links to Wikipedia pages:

Description

While we can describe the fundamental processes by Evolutionary Dynamics and its specifications at the various levels of Reality:

the Derived Processes, the processes studied by sciences, the processes that we can see at work in the world, in the various domains of Nature, all the natural processes that can be derived from those fundamental, can be described by the specifications of the above cited fundamental dynamics:

and all the theories of dynamics developed in the different fields of science (for example: classical dynamics of motion, thermodynamics, relativistic electrodynamics, quantum electrodynamics, quantum chromodynamics).

See also

Links to the related sections of the TFNR Paper

Classification

  • Topic id: t_derived_processes
  • Belongs to the class: Processes
  • Has as instances:
  • Belongs to the groups: Processes
  • Semantic Map: ekm|
  • Semantic Map Test Version: ekmt|