Electron Spin-Based Information Encoding: Revised Model with Quantitative Predictions and Control Experiment Proposals

Version 2.0 — Revised manuscript prepared for journal submissionThis updated version refines and extends the original hypothesis on information encoding via electron spin, expanding both theoretical depth and experimental feasibility. Key improvements over Version 1.0 include: Quantitative Predictions — The model now includes estimated ranges for spin state measurement outcomes, enabling testable numerical targets. Control Experiments — Proposed control setups to distinguish genuine quantum information transfer from classical artifacts. Expanded Discussion — Added detailed analysis of potential decoherence sources, measurement constraints, and observer effect considerations. Clarity and Structure — Improved section organization for better readability in peer review contexts. The central claim remains that electron spin can act as a robust carrier of information, independent of conscious observation, and that this can be tested using a modified “Closed Box Double-Slit Experiment” with spin readout. This version provides a more rigorous foundation for experimental verification and opens pathways for interdisciplinary collaboration between quantum physics and information theory.