Difference between revisions of "TFNR - Systems"

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'''Any sets /networks of [[Forms]] in [[Interaction]]''', which behaves as a whole.  
 
'''Any sets /networks of [[Forms]] in [[Interaction]]''', which behaves as a whole.  
  
'''Sets / networks of [[Processes]]''' ([[Entities]] ([[Sources]]) that produce [[Events]], organized by [[Relations]]), which exhibit some form of coherent behavior and individuation / individuality.
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'''Sets / networks of [[Processes]]''' ([[Entities]] / [[Sources]] that produce [[Events]], organized by [[Relations]]), which exhibit some form of coherent behavior and individuation / individuality.
  
 
Systems have emergent [[Properties]], different from those of the Structures of Information and the Forms that compose them.
 
Systems have emergent [[Properties]], different from those of the Structures of Information and the Forms that compose them.

Revision as of 18:55, 29 July 2023

Any sets /networks of Forms in Interaction, which behaves as a whole.

Sets / networks of Processes (Entities / Sources that produce Events, organized by Relations), which exhibit some form of coherent behavior and individuation / individuality.

Systems have emergent Properties, different from those of the Structures of Information and the Forms that compose them.


Physical Systems

Any sets /networks of Physical Forms in Interaction, which behaves as a whole.

Sets / networks of Physical Processes (Physical Entities (Physical Sources) that produce Physical Events, organized by Physical Relations), which exhibit some form of physical coherent behavior and physical individuation / individuality.

Systems have emergent Physical Properties, different from those of the Physical Structures of Information and the Physical Forms that compose them.

Physical Structures and Forms organize in Physical Systems (and Ecosystems), which make up the Physical Universe, both in the cosmologicaland the biological aspects.

Physical forms are always systems of Structures, of other less complex Forms, of nested Systems.

Physical Systems range from atoms and molecules to the evolving universe as a whole.


Links to the tables of contents of TFNR Paper