The Fundamental Role of Consciousness and Intention in the Structure of Reality

The physiology and biology of organisms cannot be considered separate from the fundamental principles governing the cosmos—they are an integral part of it. If consciousness is capable of comprehending the structure of the Universe, then it cannot be something random and detached from its fundamental principles; rather, it must emerge from a deeper structure of reality. In this work, I analyze the theory of consciousness and intention as fundamental structures of the uncertainty space. I propose that consciousness is not an emergent property of biological systems but a primordial informational state that exists independently of matter and physical space. Intention, in turn, serves as the mechanism organizing reality, directing the selection of states, and determining the structure of spacetime.

I consider the hypothesis that microtubules—postulated by Roger Penrose and Stuart Hameroff as potential quantum carriers of consciousness—act as a biological interface between the organism and the non-local field of consciousness in the uncertainty space. Contrary to their concept, I do not assume the necessity of storing quantum states in microtubules; instead, I treat them as structures that enable organisms to access information in the uncertainty space without requiring permanent local representation.

This interpretation also offers a new perspective on neuroplasticity—the dynamic formation and dissolution of neuronal connections may result from the fact that information is not permanently stored in the brain but returns to the uncertainty space when not actively used. In this context, the brain functions as an adaptive interface that does not store the entire history of experiences but operates as a dynamic system processing information derived from the non-local field of consciousness.

I discuss the mathematical formalism describing these processes and propose experimental methods for their verification, including studies of fluctuations in the cosmic microwave background (CMB), neutrino oscillations, and anomalies in gravitational waves. This work is situated within the broader context of research into the fundamental nature of reality, integrating the theory of consciousness with quantum mechanics, neurobiology, cyclic cosmology, and the problem of spacetime emergence.

This study is part of a larger research effort on the uncertainty space and its role in the structure of reality. A detailed discussion of other aspects of the theory can be found in separate publications \cite{Paruzel2025, Paruzel2025a, Paruzel2025b}.