The Observer-Measurement Bridge: Classical Information Theory as the Diagonal Limit of Quantum Measurement Dynamics

Key Points

• This research aims to connect classical information theory with quantum measurement dynamics, enriching theoretical frameworks.
• Development of a quantum bridge between the Void Framework and quantum measurement theory
• Incorporation of the Fisher metric, Peclet dynamics, and Holevo bound
• Establishment of seven extended connections for analysis
• Formation of a completeness argument
• Presentation of 11 predictions with defined falsification thresholds
• Demonstrated the relevance of classical information theory within quantum mechanics
• Established a cohesive framework through the three-level bridge
• Identified 11 key predictions that can be tested in future studies