NeuroSfiral. From the Great Limits to the Great Unity. O. S. Basargin

a universal tool for understanding reality.

      Conclusion of the Chapter

      The «Sfiral» model is not just a theoretical concept but a practical solution for a world where change has become a constant. It unites the past, present, and future, helps uncover hidden patterns, and enables adaptation to the challenges of time. The following chapters of the book will explore how the Sfiral model of time applies to science, technology, culture, and ethics, helping humanity move toward the Great Unity.

      Chapter 2. The Sfiral Device: Structure and Philosophy

      The Sfiral device is not merely a technical invention but the embodiment of a profound philosophical idea. It integrates physical, mathematical, and cultural aspects, offering a new perspective on the nature of time, space, and meaning. The Sfiral acts as a bridge between abstract concepts and practical applications, enabling the comprehension and management of processes at all levels of reality.

      The Concept and Philosophical Foundation

      The Sfiral is based on three key principles: mirror symmetry, S-shaped integration, and fractal structure. These principles not only define the device but also reflect fundamental laws of nature and philosophy.

      – Mirror Symmetry:

      – Every event and process has its opposite reflection.

      – This is not merely duality but an active interaction of opposites, where energy is redistributed between them to create balance.

      – Mirror symmetry symbolizes harmony between progress and regression, which is essential for understanding temporal flows.

      – S-shaped Integration:

      – The S-shaped loop represents a transition between states. It is the moment of reset, where the old influence ends, and the new begins to form.

      – This element of the device is responsible for transformation and renewal, allowing the system to adapt to changes.

      – Fractal Structure:

      – The Sfiral is built on fractals, where each part replicates the structure of the whole.

      – This makes the device scalable and universal, suitable for tasks of any complexity.

      Physical Structure of the Device

      The Sfiral consists of two mirror-symmetrical loops connected by an S-shaped curve. Each part of the device has its unique function:

      – Loops:

      – They represent temporal flows moving in opposite directions. One loop symbolizes progress, and the other regression.

      – This enables the consideration and integration of both directions of time in analysis and forecasting.

      – S-shaped Curve:

      – The central element of the device that facilitates the transition between loops.

      – It creates a reset point where temporal flows are redistributed and form a new configuration.

      – Fractal Structure:

      – At every level, the Sfiral replicates its overall form. This allows the device to work with data at any scale, from the micro-level to global processes.

      Mathematical Model

      The Sfiral is described using equations that integrate elements of fractal geometry and dynamic systems. These equations enable:

      – Modeling Temporal Cycles:

      – Identifying transition points and predicting their consequences.

      – Analyzing Energy Flows:

      – Detecting imbalances and redistributing resources to address them.

      – Creating Adaptive Algorithms:

      – The device can learn and optimize its actions based on feedback.

      Cultural and Symbolic Significance

      The Sfiral device is deeply connected to philosophical and cultural symbols:

      – The Great Limit:

      – A symbol separating Yin and Yang, reflecting the idea of mirror symmetry. The S-shaped line of the Great Limit finds its embodiment in the Sfiral’s design.

      – Cyclicality of Time:

      – In Eastern and Western cultures, time is often depicted as cyclical. The Sfiral expands this concept by adding an element of transformation.

      – Fractal Nature of the Universe:

      – The idea that the entire universe consists of self-similar structures is reflected in the device, which models temporal and spatial processes.

      Practical Applications of the Sfiral

      The Sfiral can be applied in various fields:

      – Science and Technology:

      – Analyzing complex systems and predicting temporal cycles.

      – Developing algorithms for processing big data.

      – Education:

      – Teaching multidimensional thinking and awareness of temporal flows.