Non-physical Domain Generate Sensational Harmonious Codes

Sensation is the experience that emerges in the physical world, providing humans with continuous feedback that supports and sustains their evolutionary development by enabling perception through the five senses. The non-physical domain perpetuates sensation through a friendly creativity model in the Conscious Component, which reflects these experiences into the physical realm. Within this process, paradoxical, friendly algorithmic patterns emerge in the physical domain, shaping a harmonious lived experience.

These algorithmic patterns return newly processed signals from the physical environment to the Conscious and Subconscious Components, producing subtle, often hidden sensations. In turn, these codes activate and strengthen the Network of Cooperative Instincts within the Subconscious Component while maintaining the previous harmonic balance in the Conscious Component.

For example, when a creativity-centered intention, such as promoting peaceful justice and resilient institutions within international communities, is processed by the Conscious Component, it becomes a driving force for actions that protect, support, and save lives across distant regions of the world. This form of peaceful creativity represents an ethical aspiration rooted in human pride and purpose, pursued throughout life. Ultimately, the outcomes reveal that creativity serves not only individuals but also the broader environmental and social contexts in which they exist.

The Conscious Component generates this elevated sensation within the non-physical domain; however, translating this profound sense of fulfillment into tangible expressions of happiness and satisfaction in the physical world remains a persistent challenge.

 

Clarification of a visual representation:

In Phase 1, the Conscious Component must maintain harmonious balance and be supported by a strong Network of Cooperative Instincts within the Subconscious Component. Together, these elements enable friendly creative processes and the execution of algorithmic decision-making. The brain receives encoded information from the Conscious Component through vibrational frequencies.

In Phase 2, these algorithmic codes are translated into concrete actions within social contexts in the physical world.

In Phase 3, the algorithmic model generates a cooperative, sustainable scenario that meets environmental demands.

In Phase 4, harmonious and energetic signals derived from environmental feedback are transmitted back to the brain framework and extended via vibrational frequencies to the Conscious Component.

In Phase 5, this feedback loop culminates in an elevated sensory or experiential state.

 

                                                                                     

Observation 1:

An observational study suggests that humans experience physical sensations more intensely in the material world than in non-physical or spiritual domains because physical experiences provide clearer, more immediate perceptible stimuli in everyday life. In this context, creativity mapping can even reinterpret unfriendly or challenging situations in the physical world as opportunities to explore personal benefits and interests. This process is influenced and shaped by the characteristics of the Subconscious Component, which directs the target desire plan and attention beyond creativity mapping in the non-physical realm. An aggressive Network of Competitive Instincts may even trigger hostile or chaotic events in the physical world. Nevertheless, for the individuals, the guiding strategy desire and the process criticality map in the Conscious Component can generate outcomes that foster a sense of creativity in the physical domain. Eventually, expanded algorithmic patterns returning into the Conscious Component may generate heightened experiential intensity or sensation in the non-physical domain.

 

Observation 2:

Sensation in the physical domain is the process by which sensory organs detect environmental stimuli and convert them into neural signals, allowing the brain to interpret the five senses: sight, smell, taste, touch, and hearing. Physical energy, in contrast, refers to the body’s capacity to perform activities and is influenced by stamina, strength, and endurance. It serves as the body’s fuel, shaping alertness, productivity, and overall functioning. This energy is sustained through adequate sleep, proper nutrition, and regular physical activity. Effective management of physical energy helps reduce fatigue and supports mental and emotional well-being. In essence, sensation involves the physical inputs received from environmental stimuli.

The Characteristics of Instincts Shape Emotional Reactions

An emotional reaction is an automatic, often immediate, and sometimes involuntary response to internal or external stimuli. These reactions are governed by algorithmic processes within the Subconscious Component, operating beyond formal modules and submodules. Emotional responses to social environments vary widely among individuals; emotions such as anger, fear, or joy differ in intensity and may manifest physically through behaviors like shaking, crying, smiling, or shouting. The diversity of emotional reactions arises from both the social context and the way networks of instincts are stimulated by events and incidents in the physical world. These instinctual networks integrate information and transmit feedback that influences outward behavior and physiological responses. The depth and intensity with which humans process emotional reactions to their surroundings are determined by several key factors:

 

1-Which instincts are activated or deactivated within the Subconscious Component?

2-The total number of instincts that are simultaneously activated or deactivated.

3-The mechanisms and conditions under which different instinctual networks integrate and interact.

4-The number of open-loop instincts that enter a deadlock or starvation mode.

5-The duration of these starvation periods.

6-The range and frequency of intervals within the starvation process.

7-The nature and structure of logical data encapsulated in the Conscious Component.

 

Observation 1:

The process of perceiving the physical world through the senses, the continuous reception, interpretation, and integration of sensory information, plays a fundamental role in generating and sustaining the evolutionary trajectory of life. By enabling organisms to detect changes in their environment, sensory perception supports survival, adaptation, and reproduction. Over time, these perceptual interactions shape behavior, guide decision-making patterns, and influence how organisms respond to challenges and opportunities. As species evolve, increasingly refined sensory systems emerge, allowing for more complex relationships with the environment. In this way, sensory perception is not merely a passive experience of the physical world, but an active force that drives biological innovation, ecological interaction, and the ongoing evolution of life itself. The sensation contributes to the life cycle in functional mechanisms beyond the modules and submodules within the Conscious and Subconscious Components.