Core Distinctions
  1. Space ≠ objects
  2. Space ≠ background of events
  3. State of space ≠ interpretation of state
  4. Information-field imprint ≠ object
  5. Information-field imprint ≠ subject
  6. Imprint ≠ its realization
  7. Active state ≠ archival state
  8. Archival state ≠ disappearance
  9. Information-field imprint ≠ information-field contour
  10. Contour ≠ sum of imprints
  11. Contour ≠ process control
  12. Non-subjectivity ≠ absence of influence
  13. Non-subjectivity ≠ chaos
  14. System dynamics ≠ intentions of participants
  15. System behavior ≠ goal
  16. Ontology of the system ≠ epistemology of the operator
  17. Operator ≠ selected element of the system
  18. Operator ≠ source of structure
  19. Distinction ≠ interpretation Interpretation ≠ explanation
  20. Calibration ≠ correctness of the model
  21. Calibration ≠ finalized state
  22. Intervention ≠ control
  23. Effectiveness ≠ intensity of intervention
  24. Node of connection ≠ point of force
  25. Node of connection ≠ cause of change
  26. Virtual testing ≠ prediction
  27. Virtual replica ≠ system structure
  28. Instability ≠ system failure
  29. Window of instability ≠ arbitrariness of change
  30. Interpretive error ≠ structural distortion
  31. Illusion of control ≠ control
Admissible Object of Analysis
Considered

  1. States of space formed by processes
  2. Information-field imprints in active and archival states
  3. Structural configurations persisting over time
  4. Dynamic contours not reducible to individual events
  5. Non-subjective systems with stable functional roles
  6. Conditions of emergence of unstable regimes
  7. Windows of instability as expansion of variability
  8. Nodes of connection identified through interaction outcomes
  9. Limits and constraints of intervention
  10. The operator’s role as a means of distinction, not a source of change
Not Considered

  1. Intentions, goals, and motivations as causes of system dynamics
  2. A controlling subject as a decision-making center of the system
  3. Psychological states as explanations of structural effects
  4. Metaphysical entities or hidden agents
  5. Moral evaluations of processes or states
  6. Linear causality in complex systems
  7. Prediction of the future as the aim of analysis
  8. Control and management as accessible modes of action
  9. Universal application recipes
  10. Ontologization of the operator’s interpretations
Interpretive Errors
  1. Substitution of the level of analysis
  2. Reduction of structures to subjects
  3. Searching for intentions where configurations operate
  4. Reading the approach as a metaphor
  5. Ontologization of the descriptive language
  6. Conflation of distinction and explanation
  7. Interpreting stability as control
  8. Illusion of control due to reproducible effects
  9. Reading instability as system failure
  10. Expectation of linear causality
  11. Attempting application without calibration
  12. Expansion of the admissible object of analysis
  13. Reducing the approach to psychology or philosophy
  14. Interpreting limits as weakness of the model
  15. Substituting limits of intervention with refusal of analysis
Limits and Failure Points of the Approach
  1. The approach fails if a controlling subject is assumed.
  2. Results lose meaning when analysis is replaced by explanation.
  3. The approach breaks down when ontological and epistemological levels are conflated.
  4. Application is impossible without distinguishing active and archival states.
  5. The approach is not applicable under assumptions of linear causality.
  6. Results become unstable when operator calibration is lost.
  7. The approach collapses when used for control or management.
  8. Application becomes invalid when scales and levels of dynamics are ignored.
  9. The approach does not tolerate ontologization of metaphors or descriptive models.
  10. The approach fails when limits of intervention are not acknowledged.
Domains of Application
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