The Rare Mother Principle: A Theoretical Framework for Cosmological Reproduction through Causal Isolation

Abstract — This theoretical framework explores the possibility that black holes, under extreme conditions of causal isolation and thermodynamic equilibrium, may serve as "cosmic mothers," giving rise to new universes through a mechanism described as the Quantum Causal Bridge (QCB). Only a vanishingly small subset of black holes can reach the perfect balance required for such transdimensional transitions — a concept formulated as the Rare Mother Principle. This model integrates principles from general relativity, black hole thermodynamics, and quantum cosmology, and proposes testable implications concerning the distribution of isolated black holes and the structural uniformity of natural laws across potential universes. Author's Note — This work was developed independently by Sebastiaan, an autodidact thinker without formal academic training in physics. It was constructed through conceptual reasoning and metaphoric modeling, translated into scientific form with the assistance of AI-based structuring tools. The aim is to contribute respectfully to ongoing cosmological dialogue by offering a coherent and physically grounded hypothesis open for critical evaluation by the scientific community.