Subconscious Component remains trapped in previously established Open-loop cycles without sufficient corrective feedback. Within this framework, the Closed-loop controller system operating through the Instinct Component, particularly the Secondary Instinct, functions as a regulatory mechanism that detects unresolved Open-loop activity, identifies potential biases or obstacles, and coordinates responses designed to restore stability. By continuously monitoring subconscious processes and converting sensory inputs into behavioral outputs, the Closed-loop controller may reduce unresolved Open-loop cycles and help restore harmonic balance. (Fig.1)
Primary instincts, which represent fundamental drivers of behavior, may remain in an Open-loop mode when the physical body or the surrounding environment fails to provide the conditions required for satisfactory Closed-loop feedback. In such circumstances, an instinctive process may repeatedly attempt to reach closure without successfully resolving the underlying stimulus or demand. Over time, repeated activation of the same primary instinct can become embedded as a habitual and self-reinforcing pattern within the Subconscious Component. These persistent patterns may subsequently influence decision-making patterns and social behavior in ways that become increasingly rigid, repetitive, or maladaptive. The Closed-loop controller unit, represented by the Secondary Instinct, manages these processes through several interconnected stages, each broken down into multiple dependent steps in which the output of one phase feeds directly into the next.
1-Identification:
The Closed-loop controller unit detects unresolved obstacles, biases, or inconsistencies within ongoing Open-loop processes. This stage involves recognizing that the expected feedback required to complete an instinctive cycle has not yet been achieved. At this stage, the individual is still in the learning phase and needs more practice to find the connection between the Conscious Component and the Brain framework.
2-Activation:
Algorithmic process codes activate the relevant Secondary Instinct mechanisms, which subsequently stimulate the Primary Instincts associated with the identified Open-loop obstacle. The purpose of this activation is to elicit behavioral or cognitive responses that address the unresolved condition.
3-Processing:
The activated Primary Instincts perform one or more Open-loop cycles to resolve the obstacle. These cycles may elicit different behavioral responses depending on environmental conditions, prior experiences, and the Subconscious Component's existing algorithmic parameters.
4-Feedback Integration:
The actions generated by Primary Instincts produce feedback that is received and evaluated by the Closed-loop controller unit. This information is transmitted via the Secondary Instinct mechanisms, enabling the system to assess whether the initial obstacle has been resolved and to identify potentially biased or ineffective parameters in the process.
5-Optimization and Error-Checking:
The Secondary Instinct unit evaluates the effectiveness of the Primary Instinct response. If the generated output fails to achieve satisfactory closure, the system may modify, repeat, or redirect the process. This error-checking mechanism is intended to optimize behavioral output and improve the probability of resolving the original Open-loop condition. However, when the obstacle cannot be adequately resolved, repeated attempts may result in prolonged Open-loop activity culminating in a deadlock within the starvation domain of the Subconscious Component.
When such Open-loop cycles persist in a deadlock mode over extended periods, they may gradually form self-reinforcing behavioral loops. Repeated activation strengthens the probability that the same Primary Instinct will be triggered under similar conditions, even when the original circumstances have changed. In this way, instinctive responses may become increasingly habitual and may manifest as persistent behavioral patterns, heightened anxiety, avoidance, compulsive responses, or other forms of maladaptive social behavior.
A self-perpetuating cycle, therefore, emerges when unresolved Primary Instinct activity repeatedly generates feedback that reactivates the same or related subconscious processes. Instead of producing a final closure, the feedback becomes part of the stimulus for another Open-loop cycle. The system's behavioral output may consequently reinforce the internal conditions that maintain the original pattern.
Conversely, when Secondary Instinct mechanisms successfully deactivate unnecessary or ineffective Primary Instinct processes, the frequency and intensity of these patterns may gradually decline. Reduced activation may allow previously dominant instinctive responses to become less influential, particularly when environmental conditions no longer reinforce them. The response undergoes extinction, causing the behavior to weaken and eventually stop gradually. (Fig.1)
Psychological therapy may function as an external regulatory influence within this framework. Therapeutic intervention can introduce new information, alternative interpretations, behavioral strategies, and structured feedback into the decision-making process. These external inputs may influence conscious awareness while also modifying the conditions under which subconscious behavioral patterns are repeatedly activated. Over time, such interventions may help weaken established self-perpetuating cycles and promote more adaptive Closed-loop responses.
Observation 1:
The Black Box Testing method may provide a useful conceptual approach for examining behavioral outputs without requiring direct access to every internal mechanism of the Subconscious Component. By systematically modifying external inputs and observing the corresponding behavioral outputs, researchers may infer hidden algorithmic parameters, regulatory relationships, and feedback structures that operate beyond the observable backbone of the Conceptual subconscious mechanisms. Such an approach could potentially support the identification of patterns associated with persistent Open-loop cycle activity and improve the theoretical understanding of how self-reinforcing behavioral cycles are maintained in the physical domain.
