Refined Unified Geometric Framework for Quantum Measurement and Consciousness

We present a refined mathematical framework unifying quantum measurement,spacetime quantization, and consciousness through a physically grounded and topo-logically consistent geometric approach. The theory centers on a well-defined principalfiber bundle with gauge structure derived from a consistent Lagrangian, incorporatesrenormalization group (RG) flows for scale bridging, and models observer-dependentquantum memory via fractional dynamics. The emergence of consciousness is encodedin a novel information-geometric metric, with empirical signatures proposed in neuro-science, cosmology, and quantum systems. This version addresses previous critiques ofmathematical ambiguity, ontological coherence, and experimental accessibility.