Feedback Between Output and Subsequent Cognitive Load Formation
Output does not end processing; it feeds back into the system and contributes to the formation of new cognitive load.
1. Output Becomes New Input for the System
What the system produces does not remain external.
Output re-enters the system as input. It is perceived, evaluated, and processed again. The system engages with its own results.
Processing continues beyond output.
2. Re-Entry of Output Generates Additional Load
When output is reprocessed, it introduces new load.
The system allocates resources to handle it again. Interpretation and evaluation begin anew. Load forms from the output itself.
Output creates further load.
3. Feedback Alters the Nature of Subsequent Load
New load is shaped by prior output.
Interpretation reflects previous results. Processing conditions are influenced by what was produced earlier. The system does not operate independently of its output.
Load formation is feedback-dependent.
4. Feedback Can Reinforce Existing Load Patterns
If output aligns with prior load, reinforcement occurs.
The system strengthens existing patterns. Processing follows similar paths. Load becomes more persistent.
Reinforcement emerges through feedback.
5. Feedback Can Also Introduce New Load Paths
Output may generate different interpretations.
New directions of processing emerge. The system creates additional paths from the same base. Load expands through variation.
Feedback enables diversification.
6. Repeated Feedback Sustains Continuous Load Generation
Ongoing output-input cycles maintain activity.
Each cycle introduces new load. The system remains engaged with its own processing. Load continues without a clear endpoint.
Activity becomes self-sustaining.
7. Stability Is Influenced by Feedback Dynamics
The nature of feedback affects system behavior.
Balanced feedback maintains steady processing. Unbalanced feedback increases variability. The system adjusts under continuous cycles.
Stability reflects feedback patterns.
Summary
Cognitive output re-enters the system as input, generates new load, shapes subsequent processing, reinforces or diversifies load patterns, sustains continuous activity through feedback cycles, and influences system stability based on feedback dynamics.