Fractal Neuromorphic Universe: An Integrated Model of Information Networks Across Different Levels of Matter Organization

This paper proposes an integrated model of the universe as a multi-level fractal system that exhibits neuromorphic qualities at every scale of organization. Drawing on recent discoveries in astrophysics, complex systems theory, and consciousness studies, we demonstrate structural and functional similarities between neural networks, biological systems, social structures, and cosmic webs. We introduce the concept of "Cordyceps" as a particular information-parasitic interface that operates between individual and collective consciousness. This framework provides new insights into the nature of reality, consciousness, and the mechanisms of information transfer between different levels of the fractal structure. We propose that these nested networks are not merely analogous but functionally interconnected through scaled principles of information processing, potentially challenging the traditional boundary between observer and observed.