A Transceiver of Subconsciousness and Processing Cycles

This interdisciplinary research concentrates on the daily automated Processing Cycle of Instinct and the feedback Processing Cycle to the Survival Instinct through vibrations from a transceiver of Subconsciousness into the Brain Framework. The study targets the second automatic cycle of internal instincts. It explores the factors behind the Belief System/ the Resilient Instinct for relieving tensions in humans and Social Contexts. 

The research model requires the Blackbox Testing Method with an intuitive approach to testing and analyzing insights into instances of abstract algorithmic patterns. (Fig 1)

Humans might experience the symptoms of extreme anxiety/ depression and possess the domain of Old Open-loop Cycles in the Subconscious Component. The Old Open-loop mode transmits a signal to the Survival Instinct to release old cycles. The algorithmic mechanisms beyond the Survival Instinct can choose and call the most optimal network robustness of Instincts for Closed-loop conditions via two possible alternatives because algorithmic codes are aware of complexity in external environments. The algorithmic mechanisms beyond the Brain Framework can receive a notification after executing codes in the Subconscious Component, so the Brain Framework may not anticipate the upcoming decision patterns that can respond to the demands of environments and need to learn about subsequent decision models. The Brain controls the present processing cycle between the Subconscious Component and the Physical body. (Fig 1)

 

The feedback processing cycle to the Survival Instinct

According to the two following alternatives, algorithmic codes beyond the Survival Instinct identify the most optimal network robustness of the Instincts for processing Closed-loop modes in the domain of Old Open-loop Cycles.

 

1- The first alternative, Subconsciousness, allocates a vigorous Network of Competitive Instincts and a frail Network of Cooperative Instincts. Algorithmic Codes of the Network of Competitive Instincts are more forceful and reliable for calling actions in survival and establishing Closed-loop Mode within specific Instincts. Multiple aggressive instincts execute and process vicious codes in the decision-making map, so malicious codes generate cynical behaviors in humans and create more turmoil in Social Contexts. (Fig 1)

2- The second alternative, Subconsciousness, would keep a robust Network of Cooperative Instincts and a fuzzy Network of Competitive Instincts. Algorithmic Codes of the Network of Cooperative Instincts are strong enough to act and alert Survival and Closed-loop conditions. However, Logical Codes in the Conscious Component, an optimal algorithm behind the Superego Framework, mechanisms of the Resilient Instinct, universal vibration phenomenon, and an Optimal Belief System can be entangled in supporting Closed-loop conditions. The decision-making map encapsulates friendly codes for relieving tensions and healing anxiety frequencies; therefore, parameters in Social Contexts are calm with peaceful harmony and free from agitations. (Fig 1)

The Optimal Belief System can modify algorithmic codes beyond Resilient Instinct. Favorable modification can stimulate and cure illness in the physical/ mental part of humans through frequency signal responses from a transceiver of Subconsciousness and universal vibrations of life force energy into the Brain Framework. Adverse modification can also stimulate DNA structure in various cell types and generate to rewrite suboptimal codes. 

                                                                                

Definition of Instincts

An instinct is pre-programmed codes in Subconsciousness, perpetuating into the Brain Framework through electromagnetic waves. Instincts are the inborn complex paradigm of behavior allocated to every member of Biological Systems. Instincts embedded in the genetic code can hardly vanish by internal and external forces. Most repeated behavior patterns are instinctual and do not require Logical Codes in Consciousness. Biological Systems have indefinite Invisible Instincts, each of which targets ensuring and achieving genetic survival. Vulnerability to fulfill Closed-loop conditions within Open-loop instincts can cause behavioral disorders.

Functional Mechanisms of Instinct involve 3 phases of processing.

 

1-It initiates with Open-loop (stimuli). 

2- Prepare for central action (Processing). 

3- Closed-loop (response).

Automated Processing Cycle of Instincts

The second cycle of Instincts (Processing) possesses pre-programmed algorithms and calls specific actions for the physical body in the real world to establish Closed-loop conditions. The designated Instinct process signal of assignments for decision-making maps and algorithmic codes execute in the Subconscious Component, and the message dictates the Brain Framework for how to proceed in actual life. Achieving performances in a Social Context transmits back to the Brain and a transceiver of Consciousness for Closed-loop mode in a single Instinct. (Fig 2)

Human sensors detect Food and become hungry, and a signal is transmitted to the Brain Framework (stimuli phase). The instance parameter of stimuli calls within a specific Basic Instinct (the Food Instinct) for the Open-loop cycle. The Food Instinct calls for decision-making patterns in the Subconscious Component and initiates the (processing phase) in the Brain Framework or proxy unit. (Fig 2)

The Brain is aware of having a mission and needs to implement decision-making patterns within a physical body. Achieving eating Food can process back a signal to the Brain and, for further data transition, respond to the Food Instinct (Closed-loop Condition). (Fig 2)

The Brain controls all processing code cycles between open-loop and closed-loop modes. The Brain is holistically aware of serial decision-making patterns with different inference procedure blocks in time intervals. (Fig 2)

                                                                               

 Observation:

According to an experimental study, most Biological Systems possess a vigorous Network of Competitive Instincts for survival because a highly hostile environment always exists on the evolutionary path of life.

Observation:

Algorithmic codes beyond the Subconscious Component dictate the physical body through the proxy of the Brain Framework. In other words, the Subconscious Component makes decisions with logical codes within the Consciousness, and the brain structure performs assignments during processing cycles. The brain framework may not predict the following possible decision patterns, cannot respond to the demands of environments, and has no clue about subsequent decision models. The Brain controls the current processing cycle between the Subconscious Component and the Physical body.

The Brain controls all processing code cycles between open-loop and closed-loop modes. The Brain is holistically aware of serial decision-making patterns with different inference procedure blocks in time intervals.

Identical units and networks in Consciousness/Subconscious Components are in the brain framework. Complexity in distinct networks in the Brain can create problems in homogeneous networks in the Conscious component because of the heterogeneous integration roadmap and enormous effort between them through performing vibrational frequencies.

 

Observation:

The secret parameters of life cannot be captured through human senses and academic models because they are not transparent and allocated beyond human apprehension. This phenomenon of secrecy can cause malfunctions in the Subconscious Component's mechanisms and obstruct the Belief System's development.

 

Observation:

Harmonic Balance in Biological/ Non-Biological Systems can manifest Optimal Global Variables, and Suboptimality implies disturbance within Decision-Making Maps and chaotic Social Contexts.

 

Observation:

Algorithmic codes beyond the Old Open-loop Cycle within the framework of the registration domain in the Survival Instinct can determine the level of competitiveness and peaceful relationships between two opponents or adversaries. The number of Old Open-loops, cycle time, and starvation processes beyond specific instinct can reveal a potential harmonious balance in decision-making maps. Instincts can hardly establish Closed-loop conditions when Old Open-loop Cycles stay in aggravated starvation loops. Opponents may only be faithful if the Survival Instinct has a short cycle time in the starvation process of Old Open-loops.