Physical Lifetime and the Dense Zero: A Model of Stability Collapse in God’s Exquisite Creation

This work presents a mathematical framework to describe the physical lifetime of stellar systems, introducing the concept of the dense zero — the point at which the lifetime itself becomes exactly zero, signifying the collapse of classical stability. We correlate this endpoint with black hole formation. Drawing inspiration from Quranic insights that emphasize precise measure (Ar-Ra'd 8) and ultimate return to the Creator (Az-Zumar 62), the study explores how natural laws reflect divine orchestration. The paper includes a glossary, a proposed future research section exploring cosmic-scale ends (Big Rip, Big Crunch), and visual diagrams that illustrate the timeline from stellar birth to the dense zero. This submission aims to enrich the dialogue between physics and metaphysical considerations, highlighting how modern models of stability and collapse resonate with profound philosophical and theological perspectives.本研究提出了一套用于描述恒星系统物理寿命的数学框架，并引入了致密零点（dense zero）这一概念：即恒星系统寿命恰好归零的临界点，这标志着经典稳定性的瓦解。本研究将该临界点与黑洞形成过程相关联。本研究从《古兰经》中关于精确度量（《雷霆章》第8节，Ar-Ra'd 8）与最终归返于造物主（《团体章》第62节，Az-Zumar 62）的启示中汲取灵感，探讨自然法则如何体现神圣的统筹安排。本论文包含术语表、一个旨在探索宇宙尺度终极命运（大撕裂（Big Rip）、大坍缩（Big Crunch））的未来研究展望章节，以及用于展示从恒星诞生至致密零点的时间线可视化图表。本投稿旨在丰富物理学与形而上学思考之间的对话，阐明现代稳定性与坍缩模型如何与深刻的哲学及神学观点产生共鸣。