(zenodo.org)

Throughout history, humanity has sought to comprehend the connection between the material world and consciousness, creating various concepts that unify them into a single system. Today, with the advancement of science, evidence is emerging that singularities may be absent inside black holes.

Black Holes and the Fractal Structure of Matter

Classical physics views black holes as objects with singularities where gravity becomes infinite. However, modern research suggests that singularities may not exist, and instead, a complex but structured form may be present. This structure could be a reflection of the overall fractal organization of the universe.

A study published in April 2024 by Alexey Koshelev and Anna Tokareva indicates that within the framework of so-called «ghost-free infinite derivative gravity,» singularities are absent unless considering an unrealistic case of infinite black hole mass (arxiv.org).

These findings align with an earlier study published in January 2023 by Raúl Carballo-Rubio and his colleagues. They investigated the conditions under which gravitational collapse could occur without forming a singularity. Their model suggests that either «regular» black holes (without singularities) or objects without an event horizon could exist. The researchers emphasize that to fully understand this phenomenon, it is necessary to consider dynamic changes in space-time over time (arxiv.org).

The possibility of understanding the universe as fractal can be explored by examining the potential structure of elementary particles in the form of standing energy density waves. If we consider particles with an odd number of nodes (neutral particles), we can assume that energy within such particles follows a spiral structure. A similar analogy can be found in the macrocosm—spiral galaxies exhibit this structural resemblance, which may indicate the fractal nature of the universe.

Our understanding of the universe suggests that it may have a boundary defined by the speed of energy propagation. If the speed of electromagnetic waves is insufficient to form a wave structure, a transition to a superluminal level occurs, where the event horizon acts as the boundary. This horizon can be likened to the Mach number for sound waves.

The space beyond the event horizon toward the black hole can be viewed as a region of increased energy density. In such regions, wave processes require speeds exceeding the speed of light in our space. Therefore, from our perspective, processes beyond the event horizon unfold significantly faster. However, the physical laws within such regions remain identical to ours, without any changes to fundamental constants.

Since all space is interconnected, similar transitions are reflected in the structure of elementary particles. The center of mass of each particle contains a region of increased energy density, structurally similar to a black hole. Each elementary particle consists of several layers with different speeds of electromagnetic oscillation propagation. This creates a fractal structure, where the entire universe appears as a sequence of nested levels of reality.

Thus, elementary particles can be considered micro-level analogs of black holes, possessing their own internal dynamics. This allows us to hypothesize that each particle may contain a structure analogous to an entire galaxy, and within it, its own form of life and consciousness could exist.

Consciousness and the Fractal Nature of the Universe

The human brain can be represented as a system composed of various levels of perception. The interaction of these levels leads to phenomena such as intuition. Ready-made solutions emerge without conscious recognition of intermediate steps, indicating mechanisms for rapid access to information residing in deeper layers of consciousness.

Consciousness not only perceives information but also trains itself to process it more rapidly. The brain already possesses a high speed of data processing. Consciousness must learn to keep up with it. The development of consciousness is centered on improving attention response time. If consciousness fails to keep up, important data may go unnoticed. The faster consciousness focuses its attention, the stronger intuition becomes.

Conclusion

The fractal structure of the universe is evident in the composition of matter, the dynamics of black holes, and its reflection in the workings of consciousness. If the principles governing the macroscopic world are repeated on a microscopic scale, it may indicate that each elementary particle contains an analog of the universe’s fractal structure.

If singularities do not truly exist and the laws of nature continue to operate within black holes, then similar processes may occur in the microcosm. This would explain the stability of elementary particles and the presence of their complex internal organization.

The connection between the physical universe and consciousness suggests that thinking and perception of reality are inherently linked to the fundamental laws of existence. Research in this field could provide new insights not only into the structure of the universe but also into the nature of consciousness, opening pathways to a deeper understanding of reality.