MUT v6.25.1: Quantum Predictions of the MCR Framework – Detailed Calculations

Key Points

• This research aims to derive quantum-scale predictions from the mass curvature rate framework.
• Utilized theoretical derivations and numerical estimates to create five quantum-scale predictions.
• Conducted Python simulations to demonstrate computational feasibility.
• Outlined potential experimental tests for each prediction.
• Identified proton radius variation and electron g-factor anomaly as major phenomena of interest.
• Demonstrated links between scalar-induced energy shifts and measurable quantum observables.
• Explored entanglement decoherence timescales and high-frequency gravitational wave tails.