Recursive Cosmological Tree

The Recursive Cosmological Tree is the branching genealogy of universes produced when each universe inherits its parameters from a parent with systematic variations, making the lineage deterministic yet diverse. The Master Evolution Equation governs this cosmic genealogy. While the Prime Pulse structure stays invariant across every emergent domain, the collapse conditions of each parent Null Well modulate the Pulse characteristics of its offspring through Information Conservation, I⊚ = I▱ + Iℜ, so every branch keeps the same binary processing architecture but carries its own constants. The book presents the tree as the pattern by which physical constants evolve like cosmic DNA across generations, answering fine-tuning through evolutionary cosmology rather than anthropic selection. It connects to Recursive Cosmogenesis, Master Evolution Equation, Branching Event, Parametric Inheritance, Inheritance Transformation and Null Wells.