Difference between revisions of "Quantum Agents"

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* in the terms of common physics: by quantum phenomena and populated by particles and their interactions, the world described by Quantum Mechanics (QM) / Quantum Field Theory (QFT) and by the Standard Model of particles (SM).
 
* in the terms of common physics: by quantum phenomena and populated by particles and their interactions, the world described by Quantum Mechanics (QM) / Quantum Field Theory (QFT) and by the Standard Model of particles (SM).
  
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They are '''centers of causal action at the quantum domain of Physical Reality'''. Causal entities that produce the phenomena studied by quantum physics.
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They are '''centers of causal action in the quantum domain of Physical Reality'''. Causal entities that produce the phenomena studied by quantum physics.
  
 
It is a level of Physical Reality where the evolution of [[Physical Causality|causality]] has not yet been fully expressed, where uncertainty / indetermination and randomness play a very important role, where the [[Interactions]] between the [[Physical Structures the Information]] can / must be expressed by means of probability.
 
It is a level of Physical Reality where the evolution of [[Physical Causality|causality]] has not yet been fully expressed, where uncertainty / indetermination and randomness play a very important role, where the [[Interactions]] between the [[Physical Structures the Information]] can / must be expressed by means of probability.

Revision as of 22:01, 1 November 2022

Definition

Quantum Agents are Agents / Forces, predominantly operating at the level of Physical Reality characterized:

They are centers of causal action in the quantum domain of Physical Reality. Causal entities that produce the phenomena studied by quantum physics.

It is a level of Physical Reality where the evolution of causality has not yet been fully expressed, where uncertainty / indetermination and randomness play a very important role, where the Interactions between the Physical Structures the Information can / must be expressed by means of probability.

Common definition

Links to Wikipedia pages:

Description

See also

Links to the related sections of the TFNR Paper

Classification

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  • Semantic Map: [http://www.evknowledge.org/ekm/ekb_smv_en.htm?action=locateandshow& ekm|]
  • Semantic Map Test Version: [http://www.evknowledge.org/ekmt/ekb_smv_en.htm?action=locateandshow& ekmt|]