Resolution Dynamics: Deriving the Fine Structure Constant from Shannon Capacity
5 days ago
- #Quantum Resolution Dynamics
- #Fine Structure Constant
- #Resolution Cosmology
- Extends Resolution Cosmology to the microscopic sector, proposing the fine structure constant (α) as a derived efficiency ratio of the 'resolution cascade'.
- Models α as the efficiency of the resolution channel bounded by thermodynamic noise, using Shannon channel capacity derivation.
- Reveals the observed 'stiffness' of physical constants as a measurement of primordial Planck-epoch constraints over current thermal noise.
- Predicts redshift evolution of the fine structure constant (Δα/α ≈ -β ln(1+z)), consistent with quasar absorption constraints.
- Demonstrates spatial variation of α must correlate with large-scale matter distribution, offering a unified explanation for the Webb dipole.
- Supplements the main 'Resolution Cosmology v5.2' framework, stimulating discussion on informational origins of physical constants.