Decoding Phenomena of Consciousness-Space-Time Nonlinear Correlation and the Observer Effect: An Exploratory Modeling Record Based on Quantum Isomorphic Logic

As an exploratory empirical record, this study investigates how subjective consciousness acts as an observational variable in the decoding process of space-time information, premised on the homological isomorphism of "Mind-Matter Unity." Building upon the Spherical Space-Time Topological Model, this paper proposes a paradigm of "Local Decoding from a Global Holographic Field," demonstrating that holistic information embedded within linear time slices can be extracted through specific mathematical logic. Through exploratory testing with a small sample size (N=5), this study documents a "decoherence" phenomenon: as the observer's intent purity declines, the resonance accuracy of the decoded output significantly decreases. The study argues that human cognitive conclusions are a mixture of "linear brain analysis" and "entangled holographic feedback." This paper provides an operational empirical entry point for understanding the nonlinear correlation between time and consciousness, while outlining future directions for quantitative precision and large-scale validation.