The paradoxical algorithms of the Survival Instinct

The Survival Instinct within the Subconscious Component operates through paradoxical algorithmic patterns, some protective, others harmful. On the favorable side, advanced algorithmic patterns that transcend basic default survival responses serve as friendly mechanisms, activating when external threats arise. Once, in an open-loop processing mode, these instincts can trigger intense survival responses and request a Closed-loop mode, especially while previous cycles were left incomplete and unresolved to achieve the final process, so that a deadlock instinct may wait a long time for a process borrowed and withheld by other instinct submodules. In such scenarios, instinctual resources were denied, creating internal imbalance during an earlier stage. To restore stability and fulfill the requirements of a Closed-loop cycle, the Survival Instinct re-engages and collaborates with other proactive instinctual networks, seeking to complete the process and reestablish homeostasis.

However, complications arise when adverse algorithmic patterns, residual from the domain of the old open-loop or unfulfilled open-loop cycles, transfer false survival pattern signals to other instincts. These misleading codes replicate the structure of genuine instincts but lack real external stimuli. As a result, they propagate misleading instructions, creating vicious cycles of instinctive processing. These cycles misguide behaviors, triggering unnecessary or harmful decision-making patterns that deviate from survival needs in the physical world into deeper multiple deadlock instincts.

When these faulty codes dominate in the Subconscious Component, they can lead to chronic overactivation of instincts, resulting in confusion, anxiety, and self-destructive tendencies. Over time, this disrupts healthy decision-making processes and threatens individuals' alignment with their evolutionary path.

 

Observation:

Every open-loop instinct within the Instinct Component can be traced back to a domain within the traditional open-loop cycle. When an instinct fails to transition into a closed-loop condition, due to unresolved conflicts or unmet needs, it remains in a deadlock instinct in a starvation mode, seeking completion. This lingering unresolved state can corrupt future instinctual processing, especially if the unfulfilled instinct becomes entangled with new open-loop cycles, resulting in a deadlock starvation mode. Aggressive instincts are used to operate and target closed-loop conditions. However, most activated antagonistic instincts defer the optimal processing cycle and establish chaotic decisions.

In severe cases, such unresolved patterns may influence the behavior of systems owners or influential decision-makers, exacerbate systemic problems, and reshape the trajectory of human evolution in destabilizing ways.