The observational
study suggests that initiating structural performance design for system
platforms involving human resources often emerges from a tension between
economic competitiveness and ethical responsibility. System architects prioritize
the platform's survival and stability, believing that maintaining systemic
harmony ensures operational continuity and stability. Over time, however, this focus
gradually erodes ethical considerations grounded in human integrity. Within
this framework, humans, though indispensable to system functionality, are
frequently perceived by system owners as burdens requiring continuous
maintenance, much like industrial machinery. Consequently, economic rationality
largely shapes design decisions, resulting in systems that appear efficient and
reliable in the short term. Nevertheless, such economically driven structures
tend to accumulate complexity, as they overlook the multidimensional depth of
human nature. This oversight influences the evolutionary trajectory of life and
introduces unpredictable values into social environments.
The structural
design process, in this context, is propelled by algorithmic developments
rooted in the Subconscious Components of influential decision-makers. Their
instincts, shaped by competitive pressures, activate subconscious forces such
as Fear, Survival Instincts, the fuzzy Belief System, and the energetic Ego
framework. These instinctual drives guide decisions that affect humanity's
future, often manifesting as defensive or hostile strategies designed to secure
survival through antagonistic, economically motivated systems.
The study
hypothesizes that achieving harmonic balance within environmental contexts
could enhance and sustain peaceful life conditions on Earth. However, the
Supervisor of Global Consciousness may need to modify the default algorithmic
preprocessing codes embedded within the Subconscious Component, particularly
those associated with Fear, Survival Instincts, the Ego structure, and the
Belief System, to align human behavior with dynamic social interactions and environmental contexts.
Nevertheless, absolute harmony is unlikely to become
the Supervisor's highest structural priority. In contrast, moderated chaos, lack of systematic structure, partial
noisy interruptions, and intermittent disturbances serve essential functions in
human life. These factors stimulate the Subconscious Component, activating
networks of instincts that engage with complexity and foster problem-solving
through logical processing in the Conscious Component. These dynamic factors
teach humans to confront challenges, transform provocations into growth, and
evolve toward greater equilibrium. The
dynamic factors facilitate a harmonic dialogue between the Ego and Superego
frameworks, cultivating broader perspectives and introducing new logical data
layers within the Conscious Component, thereby enriching the meaningful life
experience. Dormant algorithmic codes that lie beyond the Ego and Superego
structures offer no meaningful or practical value to human existence.
Observation 1:
When the Ego and
Superego are balanced and satisfactory, individuals exist in a domain where
personal wishes and desires are minimal. Under such conditions, humans can act
according to high ethical and social standards, reflecting the optimal
functioning of the Superego. At this stage, the dialogue between the Ego and
the Superego reaches its lowest level, indicating limited social development
and a relatively adverse environment for learning and growth on the
evolutionary path of life.
However, exposure
to moderately chaotic environments can stimulate and activate adaptive
mechanisms that extend beyond the Ego structure. These mechanisms function
algorithmically to support survival, process complex logical data within the
Conscious Component, and navigate social challenges. In this dynamic phase,
individuals enhance their application of knowledge through experiential
learning, reflection, and interactive engagement. Such active participation
fosters a more profound understanding and long-term retention by connecting
knowledge and development concepts to creativity, innovation, collaboration,
and real-world experiences that make learning personally meaningful and
socially relevant.
Observation 2:
The default characteristics of the physical world can
be perceived as cruel at low frequencies, making it difficult to foster a
moderate level of chaos to create a harmonious environment for humanity.
