Interpreting Frequencies Across Parallel Universes

This transdisciplinary research explores the role of active and inactive instinct transceiver units within the instinct component and their signal-processing mechanisms underlying subconscious operations. A comprehensive experimental study investigates the unique environmental processes that may activate instinct through the transceiver unit along the path of evolution. Additionally, this study examines near-death experiences, analyzing how source codes within the Conscious, Subconscious, and Memory components can interact in brain cell recovery post-trauma.

An observational study employs the Black Box Testing Method to identify genetic codes and social and environmental forces that may stimulate signals within the transceiver unit embedded in the instinct component. The brain’s mechanism codes process incoming environmental inputs through various receptors, integrating data via the Instinct Component, Memory Units, the Superego/Ego structure, and the logical domain of the Conscious Component. Finally, the conscious compiler executes the decision-making map, yielding the consciousness outputs.

Instinct, an inborn complex behavioral paradigm, plays a crucial role in decision-making models. These instincts are preprogrammed and embedded in the genetic algorithm source codes within the Subconscious framework. Internal and external forces rarely override this programming structure, as genetic source codes evolve along life’s evolutionary path. Open-loop instinct cycles enable programming codes to call and pass values to specific procedures, fulfilling Closed-loop mode requirements within a single instance.

Instinctive behavior consists of specific action patterns triggered by well-defined stimuli. Such behaviors occur without reliance on prior experience or learning. Repeated behaviors are often considered instinctual and logical, with conscious components rarely entangling in their execution. The instinct component maintains mutual connections with the Superego/Ego networks and social contexts.

 

Instinct Mechanisms and Processing Stages

 

Instinct mechanisms involve three primary stages:

 

1-Initiation: Stimuli from the physical world activate an open-loop cycle.

 

2-Processing: The cycle progresses from Consciousness into actions within the physical world.

 

3-Response: The outcomes of these actions interact with the designated instinct, shifting it toward Closed-loop conditions when criteria are met.

 

Instincts track matching criteria within programming codes to transition into Closed-loop mode for predictable performance. Thousands of invisible instincts, each with preprogrammed source codes (active/inactive), reside within the Subconscious Component, ensuring genetic survival and fulfilling Closed-loop mode requirements. When predictable performance fails to meet specific criteria, the programming structure enters an iterative procedure, remaining in an open-loop instinct cycle.

Persistent open-loop conditions within the instinct component may develop into old open-loop instincts. The accumulation of these old open-loop instincts can generate complex parameters within the decision-making map, leading to suboptimal decision-making models. Over time, this may contribute to behavioral disorders, social tragedies, and inner and outer peace disruptions.

 

The Instinct Transceiver and Parallel Universes

 

The Instinct Transceiver is a unique instinct among many within the Instinct Component. It typically remains inactive in the Subconscious Component for most of a person’s life but can function through genetic code links, particularly in individuals at higher consciousness levels. Genetic instincts have the potential to respond to environmental stimuli across parallel universes, extending brain framework functions beyond conventional physical reality.

The Instinct Transceiver facilitates bidirectional communication between brain signals and infinite universal frequencies. For example, distinct psychics can transmit signal codes and internal frequencies between parallel universes. This phenomenon suggests that the Instinct Transceiver is crucial in transcending traditional cognitive functions, allowing deeper interactions with unseen dimensions of existence.

 

Verification of the Soul’s Existence: The Death State

 

The Brain Framework maintains at least one functional mechanism within the Conscious and Subconscious components. Under normal conditions, the heart rate ranges between 60 and 100 beats per minute, while the brain requires approximately 3.3 ml of oxygen per 100 g of brain tissue per minute.

Upon cessation of the heartbeat, an Instinct Transceiver can automatically activate within the Brain structure. As oxygen depletes in red blood cells, internal resources within the Conscious/ Subconscious Components gradually diminish. During this process, key cognitive structures transform:

 

1-The Ego encapsulates parameters of life history and decision-making pathways.

 

2-The Superego similarly consolidates accumulated experiences and pathways.

 

3-Memory Storage compiles and encodes data into structured memory components.

 

4-The Instinct Transceiver, acting as a receptor, integrates these encapsulated elements within the Brain Framework.

 

At the moment of transition, abstract data sources and algorithmic codes encoded within the Ego and Superego structures are disseminated beyond the physical domain for further analysis. Similarly, Logical Data from the Conscious Component propagates to a realm beyond temporal existence for further inquiry. Memory-based data structures are transmitted to the infinite continuum for deeper examination.

Furthermore, the algorithmic principle codes underlying the Instinct Transceiver are relayed to ensure continuity within the brain’s receptor framework. The Network of Supernatural Forces then investigates analyzing the Source Codes within the Conscious Component. (Fig 1)

                                                                                                                                             

                                                                          

 

 

Configuration Settings of the Spirit Prototype

 

The Spirit Prototype is instantiated through Five Consecutive Phases of Source Code Development. Simultaneously, the Instinct Transceiver collects and releases algorithmic codes through an electrical signal that facilitates from the Subconscious Component into the chemical composition of the brain structure and vice versa. The Five Phases of Source Code Development are as follows. (Fig 3)

 

Data Transmits from the Brain Framework into the Conscious Component

 

1-Death State: Initiates the activation of the Instinct Transceiver within the Instinct Component.

 

2-Release Phase: Transitional Data via the Brain Framework represents the transmission of Source Codes from the Brain Mechanism and modules into the Subconscious, Conscious, and Memory Components. Release logical data into the external environment (beyond the brain cells).

 

3-Aggregate Phase: Encompasses the consolidation of aggregate codes, algorithmic functions, and the interception procedure across the Subconscious, Conscious, and Memory Components.

 

4-Encapsulated Phase: Exemplification denotes the transformation of the aggregated state into a Map-Coordinated System (Spirit Framework).

 

5-Deployment Phase Mode: The Instinct Transceiver mobilizes and extends beyond the Instinct Component. It is then enhanced and sustained by algorithmic codes, transitioning into hierarchical layers within the Spirit Framework, where it transmits and receives signals to ensure stability.

 

The algorithmic codes of the Instinct Transceiver are instantiated and reinforced through the Spirit Framework, and hierarchical layers interpret various external codes and vibrational frequencies. Furthermore, the paradoxical codes of the Spirit Framework manifest in alignment with the specified illustrations. (Fig 2)

 

                                                                     

A near-death experience (NDE)

 

Source Codes within the brain frameworks can call back the spirit framework when oxygen rates in the brain and heart rate beat return to the ordinary level. The Instinct Transceiver can be allocated and positioned within a hierarchical layer of the Spirit Framework in the state of death. Source Codes of the Conscious Component can reestablish a connection with the brain framework. Meanwhile, the brain mechanisms undergo a structured reorganization process, gradually recovering and reallocating resource codes within the Conscious and Subconscious Components into the brain structure through five consecutive phases, according to guidelines and the description as follows. (Fig 3)

 

                                                                                     

 

Data Transmits from the Conscious Component into the Brain Framework

 

1-Encapsulated Phase: This phase represents the reintegration of Source Codes and instance parameters of the Instinct Transceiver. During this process, the Instinct Transceiver transitions from the hierarchical layer back into the Instinct Component within the Spirit Framework.

 

2-Decapsulated Phase Change: This phase involves extracting three key components of Subconscious, Conscious, and Memory from the Encapsulated Map within the Spirit Framework.

 

3-Separate Phase Recovery: This process enables the segmentation of intersections and overlapping buffers among the three components, ensuring their distinct functional roles.

 

4-Data Aggregation Phase: In this phase, the Source Codes, functioning as the algorithmic codes of the brain framework, are distributed within the Subconscious, Conscious, and Memory Components, allowing them to aggregate within their respective Brain Cells and designated modules.

 

5-Restoration of Life to the Body: This final phase ensures the proper allocation of all Source Codes to their designated components. At this point, physiological stability is restored, heart rate gradually returns to typical levels and oxygen levels in brain tissue reach their optimal state. (Fig 4)

 

                                                                                                              

                                                                                  

 

The Paradox of A near-death State and Hallucinations

 

Memory Loss and Hallucinations can be diagnosed when Source Codes fail to instantiate as logical functions within the distinct address of the brain-designated framework. Source Codes instantiate according to algorithmic instructions, but during data transmission from the Spirit Framework to the Brain Structure, the risk of data modification and dependencies persists in each component and submodule.

To recover algorithmic codes in the Conscious Component, the five consecutive phases of the Spirit must function accurately. The complexity of Source Code processing and the intricate modeling of these five phases can be described as follows. (Fig 5)

 

1-Encapsulated Phase: Source Codes and parameter dependencies of the spirit framework focus on rolling back from the hierarchical layer into the Instinct Component.

 

2-Decapsulated Phase Change: The Instinct Transceiver, Subconscious, Conscious, and Memory Components face challenges in the decapsulation process called the destination address. Source Codes encounter highly complex algorithms, influencing automated workflow process mapping via Channel Connectivity.

 

3-Separate Phase Recovery: Source Codes within the Conscious, Subconscious, and Memory Components remain integrated rather than split or broken. Instance parameters overlap at the intersection of these Components.

 

4-Data Aggregation Phase: Source Codes within the Subconscious, Conscious, and Memory Components struggle to aggregate correctly into their designated address in the Brain Cells, modules, and submodules.

5-Allocation Phase: All Source Codes must be correctly assigned to their respective components.

 

                                                                                                                 

Observations

 

1-Instinct Transceiver and Parallel Universes:

 

An active Instinct Transceiver with a highly responsive stimuli system can interact with multiple signal codes across various wavelengths and frequency ranges from Parallel Universes throughout a lifetime.

 

2-Harmonic Balance in the Instinct Framework:

 

The algorithmic mechanisms of instincts can establish a harmonious balance between the Superego and Ego Frameworks within Iceberg Cells and vice versa.

 

3-Instinct Transceiver and Pattern Frequencies:

A stable Instinct Transceiver can interpret and visualize a wide range of Pattern Frequencies from various domains of Parallel Universes. In contrast, an unstable Instinct Transceiver faces significant limitations in recognizing and processing these frequencies.

 

4-Instinct Transceiver and the Post-Death State:

 

The operation of the Instinct Transceiver after death serves as a more advanced and progressive force of interaction than its function during a lifetime.

 

5-Instinct Modification and Network Interaction:

5.1- The active Instinct Transceiver modifies attributes of other instincts within the Instinct Component and interacts with the Network of Cooperative Instinct and its Instance Parameters.

 

5.2-The Network of Competitive Instinct and the Survival Instinct drives complex evolutionary interactions. However, the Network of the Competitive Instinct may pose more disadvantages than advantages concerning human life value.

 

5.3-Competitive Instinct Network can activate the Survival Instinct. However, if this driving force dominates, it may push humanity toward the brink of extinction.

 

5.4-A Harmonic Balance in the Conscious Component fosters a similar balance within the domain of Iceberg Cells, promoting equilibrium between the Cooperative and Competitive Instinct Networks.

 

5.5-A well-balanced relationship between these networks of instincts results in an optimized Decision-Making Map, while a suboptimal balance leads to an Unfriendly Decision-Making Map.

 

5.6-The complexity of parameters in the decision-making process can influence social outcomes, potentially causing destruction, distress, and tragedy.

6-Instinct Frameworks and Decision-Making:

 

6.1-Instinct Frameworks are preprogrammed and embedded within genetic algorithm codes in the Subconscious Component.

 

6.2-Source Codes within these frameworks can be modified by the Superego/Ego Frameworks, Genetic Algorithms, and Environmental Factors. Modifiers can activate or deactivate specific Program Codes.

 

6.3-Logical Data and the Memory Component can adopt and adjust Source Codes to generate optimal Decision-Making Models.

 

6.4-Decision-making attributes arise and are guided by the subconscious component and environmental contexts.

 

6.5-The sensory input of the physical body follows structured guidelines in the Source Codes of the Subconscious Component.

 

6.6-The algorithmic codes in the Subconscious Component suggest that humans possess free will in their decisions and actions.

7-External Forces and Human Fate

 

7.1-Despite algorithmic codes embedded in the Subconscious Component, External Forces, such as Environmental Parameters, can influence and modify human life.

 

7.2-External Forces include predetermined events, inescapable Supernatural Forces, and unexplained real-world phenomena.

 

7.3-These forces correlate with Human Fate, implying that instance parameters of the paranormal life may also be governed.

 

7.4-While humans retain free will in choosing their future paths, social contexts undermining stability can significantly impact Decision-Making Patterns.

Observations on the Superego/Ego Framework and Decision-Making Processes

1-Life After Death and the Superego/Ego Dialog

Humans rarely claim specific knowledge about life after death because such knowledge could fundamentally alter the interaction between the Superego and Ego. If external entities interfere with this dialog, the Superego/Ego framework risks adopting synthetic properties, making the developmental process speculative rather than natural. Legitimate knowledge of the afterlife must align with an unaltered, intrinsic dialog between these structures. Otherwise, theoretical inferences cannot enhance human Consciousness to its optimal state.

The properties of the Superego and Ego, along with the outcomes of their interactions, influence whether individuals pass the Divine Test and receive guidance on Earth. Within this framework, a symbolic Binary Encoded Genetic Algorithm governs Superego/Ego properties, incorporating a Chemical Equation, a Chained Structure, and a Calculation Pattern that regulates decision-making and behavioral tendencies.

 

2-Obstruction of Logical Thinking by the Energetic Ego/Superego Framework

 

A highly active Ego/Superego framework and an instinct for hypocrisy can hinder the Logical Thinking Model. This limitation arises because the brain’s functional connectivity struggles to identify the complex interactions and algorithmic codes between Conscious and Subconscious Components. In contrast, logical data within the Conscious Component can only contribute partial rationality to the Decision-Making Map, restricting suboptimal cognitive processes in decisions.

 

3-The Role of Superego Strength in Instinct Activation

 

An attenuated Ego and a dominant Superego stimulate the Network of Cooperative Instincts, suppressing competitive instincts or rendering them inactive. Over time, cooperative instincts become more influential, activating specialized instincts such as the Instinct Transceiver.

Additionally, an austere lifestyle can modify and suppress Ego capacities, strengthening the role of the Instinct Transceiver throughout a person’s life. For individuals with an Optimal Genetic Code, their Genetic Instinct can further activate an inspirational Instinct Transceiver, enhancing decision-making and social cooperation.

 

4-Algorithmic Codes in Decision-Making Patterns

 

Decision-making structures rely on Internal and External Algorithmic Codes that shape behavioral attributes. Internal refers to algorithmic codes in the Subconscious/Conscious components, and external alludes to environmental contexts. These Structural Codes, influenced by brain inputs and the physical body, evolve dynamically through an algorithmic process over a lifetime.

 

5-The Influence of Experience on Decision-Making

 

Individuals with limited knowledge and experience rely on their algorithmic preprogrammed codes in the Subconscious Component when making decisions. In such cases, the Ego framework determines only specific attributes correlated with the Survival Instinct and the Network of Competitive Instincts. Algorithmic codes can perpetuate within the Decision-Making Map.

 

5.1-The characteristics of Instincts can modify either the properties of the Ego or the Superego/Ego dialog, leading to suboptimal/ Optimal decision-making models.

 

5.2-Primitive Instincts with undeveloped programming in the Subconscious Mode struggle to regulate the Ego effectively.

 

5.3-To ensure optimal decision-making, individuals must acquire and refine knowledge and experience over time.

 

6-The Evolution of Decision-Making:

 

6.1-The Conscious Component gradually cultivates decision-making patterns throughout life.

 

6.2-The electrochemical cell process facilitates the entanglement of the Optimal Iceberg Cell and Optimal Instincts, advancing cognitive development.

 

7-Two key electrochemical processes improve decision-making patterns:

 

7.1-The Superego Adjuster strengthens the Superego structural codes through valuable righteous community and social interactions.

 

7.2- A sophisticated social environment promotes advanced instincts, suppresses aggressive instincts, and establishes a dominant Superego, leading to optimal cognitive performance, activating and supporting the harmonious balance in the domain of the Iceberg Cell.

 

7.3-The factors that promote and capture indispensable values in the Conscious Component and establish a higher state of awareness (Higher Consciousness) are the vigorous Superego Adjuster, dynamic Superego, robust logical data in the Conscious Component, and harmonious Iceberg Cells.

 

8-Indicators of an Optimal Decision-Making Network

 

Consistency in decision-making and social behavior suggests a well-balanced and cooperative Iceberg Cell Network, reinforcing cognitive stability and harmonious social interactions.

 

9-Reflexive Instincts and Chemical Programming

 

Reflexive responses are governed by the Instinct Component, which operates through chemical language codes to produce automatic reactions to internal or external stimuli.

 

10-The instinctive mechanism follows three stages

 

10.1-Open-loop phase (Stimuli detection)

 

10.2-Processing phase (Preparation for action)

 

10.3-Closed-loop phase (Execution of response)

 

Instincts identify matching criteria to ensure predictable responses, transitioning from an Open-loop cycle of instinct to a Closed-loop cycle of instinct when necessary. This structured programming enhances survival mechanisms and adaptive decision-making patterns.