Toward a Geometric Framework of Cosmogenesis: A Conceptual Synthesis on Space-Time, Gravitational Collapse, and the Emergence of Universes

This article presents a conceptual synthesis connecting three previous works by the author: Gravitational Collapse and the Possible Emergence of Daughter Universes On the Geometric Nature of Space-Time – Toward a Physical Interpretation of Space-Time Geometry Event Horizons and the Geometric Compression of Space-Time These earlier works explored different aspects of a broader personal reflection on the nature of space-time, black holes, and gravitational collapse in modern cosmology. The present manuscript aims to bring these ideas together within a single conceptual framework. Within this perspective, space-time is interpreted as a fundamental geometric structure forming the fabric of the universe. Gravitational collapse in black holes may then be understood as a process of geometric compression of this structure. If space-time possesses a finite maximum density, such compression might not necessarily lead to the formation of physical singularities. Instead, it could potentially drive a transition toward a new expanding region of space-time. This idea leads to the broader conceptual notion of geometric cosmogenesis: the possibility that extreme gravitational compression within black holes could give rise to new cosmological domains or expanding space-time regions. The author is not a professional physicist and does not claim to present a complete physical theory or a mathematically rigorous model. This work should therefore be understood primarily as a personal conceptual exploration developed while studying cosmology, gravitational physics, and the structure of space-time as an independent reader. The author expresses deep respect for the work of the scientific community and recognizes that the level of formalism and scientific rigor may remain limited compared to academic research. The goal of this manuscript is simply to organize these ideas in a coherent way and to share them as part of a broader reflection on gravitational collapse, black hole physics, and the possible origins of cosmological structures. Constructive feedback, corrections, and critical comments from readers with expertise in cosmology, general relativity, and theoretical physics are very welcome.