Mayur Ramesh Kanaiya

Entropy-Geometric Branch Weighting and Black Holes: Regime Analysis, Evaporation Structure, and Foundations for the Curved-Space Programme

Papers 1 and 2 of this series developed the Everettian Branch Measure (EBM) plus C=1 framework. The present paper examines implications for black holes. Using the Bekenstein-Hawking entropy as an order-of-magnitude proxy, we estimate Ξ_BH ~ S_BH/k_B = 4πGM²/(ℏc), finding Ξ_BH ≫ 1...

Observational Consequences of Entropy-Geometric Branch Weighting: Boltzmann Brain Suppression, Inflationary Predictions, and the Curved-Space C=1 Extension

Paper 1 of this series derived an entropy-weighted branch measure from the C=1 path-integral formulation. In the present work we investigate phenomenological consequences without introducing additional postulates. We analyse the Boltzmann Brain problem, obtaining a characteristic...

Entropy-Geometric Branch Selection in the Everettian Branch Measure: A C=1 Framework

The Everettian interpretation of quantum mechanics provides a unitary account of branching quantum histories but leaves open questions concerning the relative significance of branches and the emergence of observer measures. We develop an entropy-geometric extension of the Everett...