Past Episodes of Satisfaction Reshape Social Behaviors

This transdisciplinary research explores how memory data from past episodes of satisfaction within the Conscious Component can influence an old open-loop cycle of instinct, eventually shaping a holistic decision-making pattern. The observational study applied the Black Box Testing method to examine complex algorithmic inputs within active single-instinct processing. This approach identifies repeatable errors in systematic operations beyond decision-making models, extending into the old open-loop instinct cycle within the Subconscious Component.

A previously processed single instinct, encapsulated within the domain of the old open-loop cycle, can act as an algorithmic risk factor when integrated into the decision-making map during future execution sessions because it alters functional mechanisms within the Instinct Component, impacting the decision-making process.

The open-loop instinct processing mode emerges within the Instinct Component under two conditions:  1-when the Superego structure is stronger than the Ego framework.

2-when environmental contexts contain complex algorithmic attributes. For instance, global external modules, such as economic or social regulations, may interfere with executing instinctual needs. In some instances, complexities in physical reality can integrate algorithmic codes that extend beyond the Superego and Ego framework, influencing their operational mechanisms.

Algorithmic codes from the old open-loop instinct cycle persist in the Instinct Component when feedback mechanisms within the open-loop fail to operate within a defined time interval necessary for transitioning into a closed-loop process. When this occurs, the open-loop mode remains in austerity conditions, preventing the closed-loop system from providing feedback to satisfy instinctual needs.

A significant issue in the decision-making map is the potential for closed-loop deception within a single instinct. Operational modes may fail to justify the criteria or algorithms required to execute proper closed-loop functions. Additionally, a non-uniform harmonic balance between the Superego and Ego framework can further disrupt the involvement of the Logical Part of the Conscious Component in the decision-making process.

When the Ego framework is stronger than the Superego, instinctual needs can create and sustain a False Satisfaction Mode. In such cases, an operational instinct prioritizes feedback, even if it satisfies false instinctual needs. This imbalance modifies the harmonic balance and Conscious Components based on the parameters of False Satisfaction Mode. As a result, a designated map linked to past episodes of false satisfaction can be instantiated within the Memory Component. This map continuously executes an iterative cycle of closed-loop deception, reinforcing false instinctual needs. (Fig. 1, 7)

 

Affordable Solution Keys and Closed-Loop Deception in Conscious Processing

 

An active signal in the open-loop condition searches for an Affordable Solution Key to transition into closed-loop mode within the Conscious Component. This process targets the domain of Iceberg Cells through the Feedback Control System and Conscious Component. However, if the harmonic balance between the Superego and Ego framework is lacking, the Iceberg Cells struggle to generate an Affordable Solution Key. As a result, the Logical Part of Consciousness fails to encapsulate the expected criteria for closed-loop functionality. (Fig. 2)

Past episodes of satisfaction stored within the Memory Component can transfer to input parameters in the Conscious Component, mitigating disturbances in open-loop instinct and enabling iterative closed-loop processes. However, this also means that a designated map associated with specific past episodes of false satisfaction can instantiate within the Conscious Component. This map executes instructions for closed-loop deception across multiple phases in the evolutionary path of life. The system adopts the closed-loop signal when the harmonic balance is restored within Consciousness. (Fig. 2)

                                                                         

 

Default Closed-Loop Instinct and Decision-Making

 

A default Closed-Loop Instinct Model enhances decision-making by maintaining a uniform harmonic balance between the Superego and Ego framework. Within the Iceberg Cells, an equivalence relation between these two components allows the Logical Part of Consciousness to engage default Coordination Algorithms (Rational Code Model). This operational stance ensures that specific criteria and algorithms are justified for executing accurate closed-loop functions. Consequently, the default Closed-Loop satisfies instinctual needs optimally, aligning with structured queries and instructions within the Instinct Component. (Fig. 3, 6)

In the worst-case scenario, Past Episodes of Truth Satisfaction within the Conscious Component may generate a default closed loop when the Logical Part of Consciousness fails to identify an Affordable Solution Key for achieving an optimal closed-loop instinct. (Fig. 3, 6)

 

                                                                    

Algorithm Disturbance and the Role of Survival Instinct in Closed-Loop Deception

 

A prolonged Old Open-Loop Instinct can develop Algorithm Disturbance, leading to a restructuring of the decision-making process. At this stage, the defense mechanisms of instinct activate the Survival Instinct to initiate Closed-Loop Deception Mode. The persistence of old open-loop conditions allows the Survival Instinct to impose parameter constraints by transmitting signals and a Registered Code within Consciousness.

Through this mechanism, instance parameters linked to designated Past Episodes of Satisfaction can be identified and modified by apprehension. This process reduces the Superego’s capacity and restricts its influence within the Iceberg Cells, creating conditions conducive to Closed-Loop Deception Mode. (Fig. 4, 7)

 

Algorithmic Functions Within Iceberg Cells and the Conscious Component

 

Past Episodes of Satisfaction generate two algorithmic functions within the Iceberg Cells while also influencing a functional mechanism within the Logical Part of the Conscious Component. Instinctual needs are regulated by a coordination algorithm within the Conscious Component when the Superego is equivalent to the sum of Past Episodes of Satisfaction and the Ego Framework. Based on this relationship, instinctual needs can manifest in either an Open-Loop or Closed-Loop state within the Iceberg Cells. (Fig. 4)

 

The key elements influencing this process include:

1. Past Episodes of Satisfaction
2. Superego
3. Ego

                                                                          

 

 

The Survival Instinct and Closed-Loop Deception

 

An Old Open-Loop Mode with high-intensity power and extreme austerity triggers the Survival Instinct to engage Closed-Loop Deception Mode. In this scenario, the Survival Instinct imposes constraints on the Old Open-Loop Mode while simultaneously searching for an Affordable Solution Code within the Conscious Component to facilitate Closed-Loop Deception Mode. The Survival Instinct is called the dynamic and aggressive instinct to establish Closed-loop conditions. (Fig. 5, 7)

                                                               

 

Decision-making and Instinct Processing

 

Encryption algorithms within instincts and the Iceberg cells instantiate source codes within the decision-making map. In an ideal scenario, default choices encapsulate source codes within the Superego/Ego framework, instinct domains, allocated social norms, logical key values in the Conscious Component, and conditions from a single old open-loop instinct. (Fig. 6)

                                                                         

In a worst-case scenario, the decision-making map only encapsulates source codes within the Ego framework and multiple old open-loop cycles of instincts. (Fig. 7)

                                                                        

Observations

 

1. Open-Loop Instinct and the Role of the Superego Structure

 

An open-loop instinct is inevitable if the Subconscious Component allocates a strong Superego structure. At the same time, the associated algorithmic codes beyond past episodes of satisfaction in the Conscious Component remain blank, implying that algorithmic codes of past episodes are absent among logical codes.

Past episodes of satisfaction can be illegal behaviors in Social Contexts, and repeating the same actions becomes a long-term habit. Past episodes of satisfaction suggest that the activated instinct was rescued and retrieved from the domain of the old open-loop instinct and executed within the decision-making map by bypassing logical data in the Conscious Component. However, the aggressive Ego structure, reinforced by the Network of Competitive Instinct, safeguards the execution code process within the decision-making map. This process is stored in the Memory Component, allowing the algorithmic codes from the last satisfaction episode to be reshaped and repurposed to establish Closed-loop conditions in the Subconscious Component. Besides, in similar circumstances, the aggressive Ego structure with Competitive Instincts can be allocated to future execution codes within the decision-making map.

 

2. Constraints on Open-Loop to Closed-Loop Conversion

 

An observational study indicates that converting an old open-loop instinct into a closed-loop mode is impossible under the following conditions:

 

2.1- The Subconscious Component enforces a strong Superego.

 

2.2-The algorithmic codes beyond associated past episodes of satisfaction in the Conscious Component turn blank.

 

2.3-Constant coordination of regulatory mechanisms beyond social contexts restricts instinctual needs from receiving environmental feedback, preventing the fulfillment of fundamental instinctual drives.

 

3. Harmonic Balance and Conscious Decision-Making

 

A critical human mission is to sustain harmonic balance (the default functional mechanisms) in the Superego and ego-frame dialogue. When harmonic Iceberg Cells emerge, they validate the Consciousness process in the decision-making models, fostering logical data formation. Neither a dominant Superego nor an overpowering Ego can effectively integrate and change attributes beyond the Conscious Component.

 

4. Development of Algorithmic Principles in Consciousness

 

Specific algorithmic principles in the Logical Part of Consciousness primarily develop through interactions between the following entities:

1. Superego Adjuster (a regulatory force within the social environment)
2. Superego (Subconsciousness)
3. Ego (Subconsciousness)
4. Genetic Instinct
5. Gender Instinct
6. Memory Component (Subconsciousness)

5. Algorithmic Problem-Solving and Supernatural Oversight

 

According to an observational study, the algorithmic model for solving problems within logical data in the Conscious Component may facilitate a full-scale deployment control of human life by a Supernatural Force.

 

6. Superego Strength and Competitive Disadvantage

 

A strong Superego does not necessarily provide a competitive advantage for humans. Instead, it increases the likelihood of an interrupted dialogue between the Superego and Ego, preventing the Decision-Making Map from encapsulating logical data within the Conscious Component. The Supernatural Force scrutinizes the parameter dialogue between the Superego and Ego, transferring its outcome to Iceberg Cells to assess how humans prioritize or neglect basic instinctual needs. A harmonic balance between these frameworks generates a signal that activates the Logical Part of Consciousness in decision-making.

 

7. The Progression of Open-Loop Conditions and Instinct Regulation

 

Multiple old open-loop modes and a weak Ego can exert more influence than a vigorous Superego:

 

Multiple Old Open-Loops / Single Old Open-Loop + Weak Ego > Vigorous Superego
Single Old Open-Loop + Past Satisfaction + Weak Ego > Vigorous Superego

 

Past Satisfaction represents positive memory drives within the Conscious Component. The presence of several old open-loop cycles or a single open-loop within the Instinct Component can shape and direct the Decision-Making Process. The paradox between conscious mechanisms and active instincts generates complex societal outcomes, often leading to ethical dilemmas for lawmakers navigating political strategies. This hypothesis could shift major theoretical perspectives in Global Development Sociology, Anthropology, and Criminology.

 

7.1- Active instincts/ Inactive instincts, algorithmic codes of their functionalities beyond each instinct in the Instinct Component, can create a unique Subconscious Component. Similar to unique figure prints for humans.

 

8. Instinctual Communication and Wild Animals

 

An active tame instinct within the Subconscious Component of wild animals can facilitate safe communication with them. A single instinct can determine the social behaviors of Biological Systems in their surroundings.

 

9. Instinctual Networks and Emotional Activation

 

The Superego and Ego frameworks align, activate, and trigger specific instinct groups to shape emotional responses. Observational studies suggest that:

 

9.1-The Superego aligns with the Network of Cooperative Instincts and their corresponding instance instincts.

 

9.2-The Ego aligns with the Network of Competitive Instincts and their associated instance instincts.

 

10. Closed-Loop Deception and Non-Logical Parameters

 

Closed-loop deception within the Instinct Component suggests the potential involvement of non-logical parameters in achieving a closed-loop operation. In this scenario:

 

10.1-Parameters within the Logical Part of the Conscious Component are primarily excluded from the closed-loop process.

 

10.2-A non-uniform harmonic balance (low harmony) between the Superego and Ego may be present within the decision-making map.

 

10.3-Recognition Mechanisms outside the Logical Part of Consciousness rationalize instance algorithmic codes beyond the decision-making map.

 

11. Inevitability of Open-Loop Instincts

 

An open-loop instinct is inevitable when the Conscious Component lacks both:

 

11.1- A strong Superego

 

11.2-Absent of associated past episodes of satisfaction in the memory system can cause blank space in the domain of the Memory Component.

 

12. Truth vs. False Instinctual Needs and Harmonic Balance

 

12.1-Pursuing Truth Instinctual Needs implies a uniform harmonic balance between the Superego and Ego Framework, allowing algorithmic codes of the Logical Part of Consciousness to participate in decision-making.

 

12.2-False Instinctual Needs imply a non-uniform harmonic balance, where the Logical Part of the Conscious Component is partially excluded from decision-making patterns. Non-uniform harmony confirms that the dynamic Ego structure exists and that the Superego Framework is weak. The memory Component contains algorithmic codes of past episodes of satisfaction.

 

The Memory Component stores instinctual truth within the Conscious Component.

 

The Memory Component saves the instinctual truth within the Conscious Component. Open-loop Instincts have three identical stages of processing models (Iterative Model) as follows:

In the first stage, The Open-loop Condition

Stimuli in Social Contexts transmit signals to the Subconscious Component through the brain sensors. Designated instinct can activate open-loop conditions and transmit back signals to the brain framework.

The second stage, The Processing Condition

The second processing cycle implies that the brain structure transmits signals and extends to the physical body to perform specific actions in physical realities. Achievement of a task transmits a signal to a designated part of the physical body.

In the third stage, The Closed-loop Condition

The third processing cycle implies signals from the part of the physical body to the brain framework and extends to the Subconscious Component and designated instinct in open-loop conditions. It implies that the instinct requirement may be achieved in social contexts or must be determined in other ways to establish performances in the next cycle. The achievement of instinct demand on physical realities is called algorithmic codes beyond the designated instinct to command closed-loop conditions.

Conclusion:

Humans must activate their innate instincts throughout their lifetime to navigate physical realities, acquire diverse experiences, and generate logical data within the Conscious Component. This process enhances their understanding of fundamental concepts such as family and communication skills with people. For instance, paternal and maternal instincts play a crucial role in shaping meaningful experiences and bonding them with love for children and emotional responses exhibited in the physical world.