Changes in
external environments can create chaos and complexity, making it difficult for
humans to adapt to unfamiliar lifestyle codes. Regular Instinct A struggles to
process incoming functions, convert request codes into the decision-making map
and transmit them to the brain framework through vibrational frequencies.
However, the algorithmic codes of Instinct A do not meet the demands of
operations in an unknown external environment. When these challenges arise, the
Subconscious Component's functional mechanism activates and calls Instinct B to
perform adaptive processing to external changes, adjust internal structure algorithmic
codes, and maintain harmony according to the blueprint of Biological Systems.
This adaptive
cycle unfolds through several phases, as outlined below and in Figure 1.
Mode 1: Instincts A and B collide
as they attempt to access the decision-making map.
Mode 2: The Survival Instinct
triggers the Hypocrisy Instinct to assist Instinct B in processing algorithmic
codes and resolving adaptation challenges.
Mode 3: The Hypocrisy Instinct
captures and integrates the designated algorithmic codes of Instinct B.
Mode 4: The Hypocrisy Instinct, now
equipped with algorithmic operation codes, enters the decision-making map.
Mode 5: When Instinct A struggles
to meet external demands, it triggers a starvation mode behind the
decision-making map after specific intervals. As a result, Instinct A regresses
into the domain of the Old Open-Loop Instinct Cycles within the Subconscious
Component.
The Hypocrisy
Instinct's algorithmic codes embed themselves within decisions and social
behaviors, safeguarding against unfamiliar environmental forces.
Observation:
The Hypocrisy Instinct emerges as a means of survival, reinforcing
the competitive network and sustaining its influence within Biological Systems.
Ultimately, it shapes social contexts, establishing a hypocrisy-driven domain
rather than a genuinely cooperative one in system environments. Algorithmic
codes beyond the Hypocrisy Instinct can create hidden chaos and complexity within
Biological and Non-Biological systems in the long term.
