This observational study investigates
algorithmic structures that extend beyond favorable planning within the
Conscious Component and are designed to address and resolve complexities in the
physical world. A central challenge arises when the Conscious Component shares
a primitive processing mechanism with both the Subconscious Component and the
brain's framework for identifying and responding to potential
issues in the physical world. In many cases, physical-world phenomena provide
limited opportunities for direct intervention to modify or resolve complexity.
As a result, feedback signals are generated and returned to the brain
structure, subsequently extending into the Subconscious Component to facilitate
the development of new algorithmic adaptations.
At this stage, the intrinsic
characteristics of the Subconscious Component, together with the nature of
physical-world phenomena, play a critical role in shaping decision-making
models and environmental resolution processes. A robust Network of Cooperative
Instincts supports the maintenance and continuity of favorable planning within
the same model. In contrast, a vigorous Network of Competitive Instincts
enables the exploration of unfavorable planning strategies, particularly in the
context of social resolution.
Ultimately, favorable improvement
modeling within the physical world is influenced by the signatures and
blueprints of algorithmic codes that extend beyond the correlated instincts of the
Network of Competitive and Cooperative Instincts, Iceberg cells, logical data
processed by the Conscious Component, and the overarching Belief System.
Observation 1:
The outcome of an
unfavorable physical phenomenon sometimes contradicts the original intentions
humans had for their environment. Thus, it suggests that, over time,
individuals may consciously plan in ways that intentionally degrade the
complexity of the physical world. Nevertheless, individuals typically formulate
plans with the intention of creating favorable conditions and resolving
existing problems.
Conclusion:
Well-coordinated action in the physical domain does not necessarily correspond
to equally deliberate awareness within the Conscious Component. Physical
planning can occur without a parallel depth of and involvement of direct
conscious awareness, which is not always comparable to intentionality or
understanding in the Mindful Component in the non-physical world.
Observation 2:
The
Subconscious Component is preprogrammed with both angelic and demonic
algorithmic codes. Humans possess the capacity to choose which algorithms to
activate for decision-making patterns throughout their evolutionary journey.
However, environmental conditions play a crucial role in shaping and
influencing the algorithms embedded within the Subconscious Component. As a
result, individual choice is often strongly shaped and, at times, constrained by
the characteristics of the social environment and surrounding circumstances. In other words,
optimal human choices are developed, shaped, and emerge through harmonic
algorithmic codes operating within the embedded Subconscious and Conscious
Components.
