Neural Signals as Cosmological Analogues: Extending the Cellular Cosmology Hypothesis to Brain Dynamics and Quantum Consciousness

This paper extends the Cellular Cosmology Hypothesis (CCH), which proposes a scalableisomorphism between a eukaryotic cell and the observable universe, to neural signals andimpulses in the human brain. Treating the CCH as a valid framework, we explore types ofneural signals, their degradation, and comparisons to cosmic scales, integrating F1-stringsfrom string theory, the Orch-OR model, quantum entanglement, and quantum computingaspects including the Grover algorithm. We derive mathematical unications and proposenew testable implications, strengthening the hypothesis by bridging biology, quantum gravity,cosmology, and consciousness. The brain is conceptualized as a core perceiving F1-strings toconstruct the matrix of reality.