Patterns of the Subconscious Component in the Physical World

The algorithmic codes surrounding the human physical world can reflect through vibrational frequencies that extend beyond the boundaries of the Conscious and Subconscious Components. In harsh social environments, the negative vibrations can perpetuate the Network of Competitive Instincts within the Subconscious Component, which may become conditioned by external environmental aggression. Thus, it leads to embedding hostile codes, particularly within the survival domain, often resulting in deadlocked instinctual cycles. In such contexts, the decision-making maps generate behavioral trajectories and life paths dominated by aggressive instinctual patterns.

Persistent activation of the Survival Instinct disrupts the instinctual processing cycle, making it difficult to reach a closed-loop state. When older, unresolved open-loop cycles intersect with increasingly complex external conditions, the strength of the Ego Framework can further amplify aggressive behaviors. Fuzzy algorithmic codes operating beyond conventional Belief Systems regulate ambiguous decision-making patterns adapted to these volatile conditions.

Observers from outside such environments may quickly recognize the signs of hardship and the psychological toll imprinted on individuals. Newcomers, however, may face significant risk, as their unconditioned instincts may not be prepared to process the hostile social terrain. In these cases, the logical data within the Conscious Component and the Superego regulatory structure can hardly influence the decision-making map and behavioral outcomes. Thus, it leaves survival-driven as the dominant mode in the physical world. Existing scientific models in criminology and legal science may struggle to account for these deeper functions of subconscious mechanisms. Systems Owners must align algorithmic codes beyond the Subconscious Component with codes of the legal theoretical frameworks, analyzed from various disciplines and jurisprudential perspectives, in broader social consequences. Economic views cannot adjust to the algorithmic codes of the Subconscious Component and ethical aspects in the legal world.

Systems Owners and policymakers need to conduct in-depth research into how aggressive environments affect the characteristics of modules and submodules within the Subconscious Component. By understanding these dynamics, global variables of the systems platforms can be recalibrated to ensure greater protection for humanitarian interests and reinforce the pursuit of social justice along humanity's evolutionary journey.

 

Observation 1:

Like wild animals, algorithmic codes extending beyond the Subconscious Component shape a Network of Competitive Instincts, embedding aggression within their instinctual architecture. These instincts generate behavioral pathways driven by hostile impulses. In untamed environments, the repeated activation of the Survival Instinct disrupts the instinctual processing cycle, preventing the formation of a closed-loop system. The presence of a strong Ego Framework further amplifies aggression, especially when unresolved, older open-loop instinctual patterns engage with complex external stimuli. In contrast, domesticated animals living in stable, cultivated environments display more affectionate and cooperative behaviors, primarily due to the activation of their Network of Cooperative Instincts, guided by nurturing influences such as compassion and safety.

 

Observation 2:

All cosmic beings, including humans and animals, are governed by algorithmic codes embedded in structural modules that operate beyond their Conscious and Subconscious Components. These preprogrammed codes determine whether behavior in social environments leans toward friendliness or hostility. Environmental factors and historical contexts act as modifiers, shaping how these codes manifest in real-world interactions.

 

Observation 3:

Intelligent lifeforms throughout the universe possess evolutionary blueprints and structural algorithmic codes that manifest as default behavior patterns. These living instances evolve progressively, guided by their encoded frameworks, as they traverse the evolutionary path of existence.

 

Observation 4:

Observational studies reveal that most social environments remain unstable, often triggering continuous activation of the Survival Instinct and deadlock conditions associated with instinctual starvation. These patterns evoke aggressive responses that influence decision-making through a reactive wicked Ego framework and a diminished Belief System. In such contexts, algorithmic codes beyond the decision-making map can generate thresholds of vicious cycles, increasing human life's overall complexity and psychological burden.

 

Sustainable Conditions for Human Longevity

Abstract external stimuli, continuously present in the environment, transmit and resonate through vibrational frequencies, reaching the Conscious Component via the body's sensory systems. These stimuli are processed through algorithmic codes within the Consciousness, shaping logical data and influencing the broader decision-making map embedded in the Subconscious Component. Some algorithmic codes, extending beyond the scope of conscious logical data, can detect and respond to hidden original stimuli in the physical world. Harmonizing the interaction between the conscious and subconscious components enables more accurate responses to these external signals, contributing to preserving and enhancing human life expectancy. (Fig. 1)

 

Attributes of Abstract External Stimuli:

 

1. Aspirations

2. Wishes

3. Desires

4. Thoughts

5. Emotions

6. Sensations

 

The Conscious Component can generate, shape, or amplify many of these attributes through logical data that originates in the Subconscious Component. These manifestations emerge along the evolutionary path of human life. When truth is expressed and embodied within social contexts, it can act as a force that protects longevity and nurtures harmony on this evolutionary journey. (Fig. 1)

 

Essential Conditions for Supporting Human Longevity:

 

1. Presence of optimal, life-affirming stimuli within environmental contexts.

2. Healthy sensory systems capable of perceiving and processing external stimuli.

3. Availability of coherent and reliable logical data within the Conscious Component.

4. Alignment between conscious logical data and algorithmic codes in the Subconscious Component.

5. Favorable attributes within the Subconscious that allow for adaptive and constructive responses in various environments.

 

Conditions That May Contribute to Reduced Life Expectancy:

 

1. Exposure to toxic or insufficient external stimuli in one's environment.

2. Dysfunction or deterioration of sensory systems, limiting perception and responsiveness.

3. Inadequate or unstable logical data within the Conscious Component.

4. Disruptive or unfavorable patterns in the Subconscious that hinder resonant and effective responses.

 

                                                                                     

 

Observation 1: The Role of Harmonic Integration in Human Longevity

The achievement of goals and the fulfillment of desires along the evolutionary path of life contribute significantly to human longevity. These accomplishments generate a harmonious balance between the Conscious and Subconscious Components, reinforcing psychological well-being and physical vitality. Celebrating such manifestations strengthens this internal harmony. In contrast, the absence of dreams, aspirations, or meaningful pursuits can destabilize this balance, impairing the manifestation process in the external environment. This disruption may hinder the brain's ability to generate sufficient energetic signals to support the physical body, ultimately threatening life expectancy. (Fig. 1)

When harmonic alignment is activated within the Conscious Component, it nurtures and strengthens the Network of Cooperative Instincts. This alignment promotes decision-making maps infused with favorable algorithmic patterns, fostering constructive behaviors and long-term adaptability. Besides, the sensory systems of the physical body can detect complex algorithmic signals, including wicked codes, that extend beyond conventional environmental stimuli. These signals resonate with the Conscious Component and can initiate new algorithmic patterns. When the modules of the Subconscious Component are attuned to the algorithmic structures of the Conscious Component, this resonance allows the creation, expression, and realization of these patterns in social contexts. (Fig. 1)

Observation 2: Disruption Caused by Aggressive Ego Structures

An aggressive Ego framework, dominated by antagonistic instinctual networks and burdened by multiple domains rooted in unresolved open-loop instinct cycles and the starvation of deadlock instincts, can lead to internal collapse within the Subconscious Component, especially in influential decision-makers. This destructive configuration distorts perception, destabilizes personal integrity, and compromises decision-making capacity.

When such internal chaos is projected onto social systems, it introduces heightened complexity, fragmentation, and conflict, affecting not only individual well-being but also the broader trajectory of humanity. This internal-external feedback loop can amplify systemic instability, eroding the potential for sustainable social harmony and reducing the prospects for collective longevity.