This Transdisciplinary
Research generally focuses on how Past Episodes of Satisfaction data memory in
the Conscious Component can modify an old Open-loop Instinct in a starvation cycle
and eventually establish a Holistic Decision-Making Pattern without regular logical
mode. The observational study explored the Black Box Testing method for
scrutinizing complex Inputs within an active single Instinct Framework in an
operational mode.
A single Old open-loop instinct
can become one of the vital issues in the Decision-Making Map because it would adjust
algorithmic codes beyond functional mechanisms and process guidelines within
the Instinct Component.
Open-loop instinct mode
appears in a single instinct within the Instinct Component as a first
processing cycle. 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 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.
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.
In the case of failure to
meet instinct demands, the first processing cycle is initiated to search for a
new model for the achievement of instinct demand.
In the worst-case scenario, an
old open-loop instinct would be present in the instinct component when feedback
mechanisms within the open-loop run out of a specific time interval for
performing closed-loop operations. Open-loop Mode in this stage can remain in
austerity conditions. Therefore, the closed-loop process cannot provide
feedback and satisfy instinctual needs.
The first reason instinctive
demand cannot be accomplished in the real world is that the Superego framework is
stronger than the Ego structure. The second reason is that it restricts social
rules or complicated global variables to prevent acts and behaviors so instinctive
demand cannot be met and performed. Complexities and disorders in the real
world can hinder the adoption of the Superego and Ego framework through their
instance parameters.
The threads of past Episodes
of Satisfaction within the memory component can challenge, rescue, and retrieve
algorithmic codes beyond the old open-loop instinct cycle. Eventually, algorithmic
codes execute and run in the decision-making map for establishing Closed-loop
Deception within a single instinct. Besides, the non-uniform harmonic balance can be present between the
superego and ego framework. Non-uniformity prevents the involvement of the
Logical Part of the Conscious Component in the Decision-Making Process.
A single Instinct in
operational Mode (processing) focuses on feedback and satisfies even False
Instinctual Needs when the Ego is stronger than the Superego Framework.
Instinctual needs can create and run False Satisfaction Mode. Harmonic Balance in
the Conscious Component is modified by instance parameters of False
Satisfaction Mode. A designated map that belongs to specific Past Episodes of
False Satisfaction can instantiate within the Memory Component. It focuses on
executing an iterative cycle of Closed-loop Deception for False Instinctual
Needs. (Fig 1, 7)
An active signal in the
Open-loop condition can search for an Affordable Solution Key for Closed-loop Mode. It targets Iceberg Cells through the
Feedback Control System and algorithmic codes beyond the Conscious Component.
Iceberg Cells can hardly promote any Affordable Solution Key if Harmonic
Balance does not prevail between Superego and Ego Framework. Consequently, the
Logical Part of Consciousness does not encapsulate the default Closed-loop
Mode. (Fig 2)
An open-loop signal can
initiate a search to find an Affordable Solution Key for Closed-loop Mode
within the Conscious Component. Possible Associated Past Episodes of
Satisfaction within the Memory Component can transfer to the Input of
designated instinct for improving disturbance within open-loop instinct and
running iterative closed-loop procedures. It implies that a designated map that
belongs to specific Past Episodes of False Satisfaction can instantiate within
the Conscious Component. It aims to execute instructions for closed-loop deception
through many phases on the evolutionary path of life. Harmonic Balance in
Conscious Component adopts the Closed-loop signal. (Fig 2)
A single default Closed-loop
Instinct Model can maximize the optimal Decision-Making Process because of the
uniform harmonic balance between the Superego and Ego Framework. Implying
that an equivalence relation exists between the superego and ego framework
within the Iceberg-Cell. Besides, the Logical Part of the Conscious Component
can involve default Coordination Algorithms (Rational Code Model). The
operational posture can justify specific criteria and algorithms for running
correct Closed-loop operations. Eventually, the default Closed-loop can
correctly satisfy Instinctual Needs according to optimal queries and
instructions within the Instinct Component. (Fig 3, 6)
In a worst-case scenario,
Past Episodes of Truth Satisfaction within the Conscious Component may generate
a default Closed-loop when the Logical Part of the Conscious Component cannot
identify an Affordable Solution Key for optimal Closed-loop Instinct. (Fig 3,
6)
The long-term Old Open-loop
Instinct can develop complicated algorithm disturbance. It would reconstruct
the Decision-Making Process. At this juncture, the Defense Mechanisms of
Instinct and their functions can call and reactivate Survival Instinct to
rescue starvation mode through Closed-loop Deception Mode. Old open-loop
conditions can impose parameter constraints by the Survival Instinct’s
attention to transferring a signal and Registered Code within the Subconscious
Component and call aggressive instincts. Instance parameters to designated Past
Episodes of Satisfaction can be identified and modified by apprehension to
diminish the structural codes of the Superego and restrict its instance
parameters within the Iceberg Cells for possible Closed-loop Deception Mode. (Fig
4, 7)
Past Episodes of
Satisfaction can generate two algorithmic functions within the Iceberg Cells and
a functional mechanism within the Logical part of the Conscious Component.
Instinctual Needs depend on the coordination algorithms within the Subconscious
Component when the Superego is equivalent to Past Episodes of Satisfaction plus
the Ego Framework. According to the following
statements, instinctual needs can depend on either open-loop or closed-loop
conditions within Iceberg Cells. (Fig 4)
1- Past Episodes of
Satisfaction
2- Superego
3- Ego
An Old Open-loop Mode with
high-intensity power and rigorous austerity drive called Survival Instinct for
Closed-loop Deception Mode. The Survival Instinct can impose constraints on the
Old Open-loop Mode. The Survival Instinct seeks an Affordable Solution Code
within the Subconscious Component for generating Closed-loop Deception
Mode. (Fig 5, 7)
Observation:
An open-loop instinct is
inevitable in achieving closed-loop conditions if the Subconscious Component
allocates a strong Superego structure and restricted global variables instantiate
within Social Contexts. Furthermore, Coordination Mechanisms beyond Social Contexts may restrict
Instinctual Needs from environmental feedback, implying that there would be no
operations to satisfy instinctual needs of a fundamental nature.
Observation:
One of the vital human
missions on earth is to sustain Harmonic Balance in a dialog between the
Superego and Ego Frameworks because Harmonized Iceberg cells can approve the
participation of the Logical data within the Conscious Component in the
Decision-Making Process. Neither a vigorous Superego nor a forceful Ego structure
can integrate with the logical data within the Conscious Component.
Observation:
Specific algorithmic
principles within the Logical Part of the Conscious Component develop mainly
through the process of the following entities:
1-Superego Adjuster (Part of
Social Environment)
2- Superego (Subconscious
Component)
3- Ego (Subconscious
Component)
4-Genetic Instinct (Subconscious
Component)
5-Gender
Instinct (Subconscious Component)
6- Memory Component (Subconscious Component)
Observation:
According to an
observational study, the Conscious Mechanisms and the algorithmic process model
of solving problems pave the way for a full-scale deployment control of Human
Life by the Supernatural Force.
Observation:
Having a Strong Superego may
not justify a competitive advantage for Humans because there would be a high
risk of interrupted dialog between the Superego and Ego structure.
Consequently, a Decision-Making Map would not encapsulate the Logical Data
within the Conscious Component. The Supernatural Force scrutinizes the
Parameters Dialog between the Superego and Ego Framework by suboptimizing the
Superego Adjuster. The outcome of Parameter Dialog transfers to the Iceberg
Cells, and it identifies how far humans can ignore or satisfy basic Instinctual
Needs. The harmonic balance between the Superego and Ego Framework generates a
signal and activates the Logical Part of the Conscious Component in the
Decision-Making Process.
Observation:
Multiple/ single Old
Open-loop instincts in starvation mode and an ineffective Ego structure can
become more progressive than a vigorous Superego.
Multiple/ single Old
Open-loops instincts + weak Ego structure > Vigorous Superego
A single Old Open-loop + past
satisfaction memory + weak Ego structure > Vigorous Superego
Past satisfaction memory implies
that good old memories are not accepted by global variables and the Superego
structure, which drives feedback into the Conscious Component. Therefore,
several Old Open-loop cycles or a single Old Open-loop within an Instinct
Component can adjust and determine the Decision-Making Process. The Paradox of
Conscious Mechanisms and Active Instincts can create complex outputs and
contentious algorithmic codes in communities. Eventually, lawmakers often face
ethical dilemmas regarding their preferences and justifications for particular
political strategies. The Hypothesis for this study would change major
theoretical perspectives in Global Development Sociology, Anthropology, and
Criminology.
Observation:
Active Tame Instinct in the
Subconscious Component of wild animals can ensure safe communication with them.
Observation:
The Superego and Ego
frameworks can align, activate, and trigger certain instinct groups to set up
specific emotions. According to an
observational study, the Superego aligns with the Cooperative Instinct and its
instance Instincts. The Ego aligns with the Competitive Instinct and its
instance Instincts.
Observation:
Closed-loop Deception within
the Instinct Component implies that non-logical parameters are involved and
achieved with the Closed-loop operation. In other words, parameters within the
logical part of the Conscious Component are hardly entangled in the closed-loop
mode. It even suggests a non-uniform harmonic balance between the superego and
ego structure (low harmony) can be present. Recognition Mechanisms beyond the
Logical Part of the Conscious Component rationalize instance parameters in the
Decision-Making Process.
Observation:
Pursuing Truth Instinctual
Needs implies a uniform harmonic balance between the Superego and Ego
Framework. Besides, The Logical Part of the Conscious Component can involve a
Decision-Making Process. However, the False Instinctual Needs imply a
non-uniform harmonic balance between the Superego and Ego structure. The
Logical Part of the Conscious Component can only partially entangle the
Decision-Making Process.
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.
