Primary Instincts shape the evolutionary path
of life, guiding Biological Systems through adaptation and survival.
Environmental factors influence and adapt these Primary Instincts throughout
the evolutionary cycles. When a mechanism of Primary Instinct is modified in
response to environmental demands, it becomes a mechanism of Secondary Instinct,
allowing for specialized functions and responses.
Algorithmic codes of secondary instincts
continue to develop, and they can enter an Open-loop cycle of mode, where they
drive predictable behavior without strict feedback from the primary instincts. Suppose
the secondary instinct's call and actions meet the primary instinct's core
survival and adaptation criteria; in that case, they transition into a Closed-loop
mode, achieving stability and alignment with the primary instinct's goals.
However, if the outcomes fall short of necessary survival criteria, adjustments
are made, potentially returning the instincts to an Open-loop state.
In this iterative process, secondary instincts
may call and activate additional primary instincts, coordinating their efforts
to achieve consistent performance and balance. This activation can lead to
behavior adaptations at both individual and social levels, subtly shaping
evolutionary paths in complex ways. While not directly visible, these
modifications in primary instincts create intricate interaction characteristics
and complex adaptation in Biological and Non-Biological systems, driving
evolution forward.
Observation:
Multiple Open-loop cycles, extended periods of looping, and
specific algorithmic codes within Open-loop conditions can reveal potential
breakdown characteristics in Biological Systems.
