From Inorganic to Organic: A Universal Law-Based Explanation of Life’s Emergence

Title: From Inorganic to Organic: A Universal Law-Based Explanation of Life’s Emergence Author: Angelito Malicse Abstract The mystery of how organic life emerged from inorganic matter continues to intrigue science and philosophy. While numerous hypotheses have been proposed, many fail to unify the physical, chemical, and philosophical dimensions of life’s origins. This paper presents a comprehensive explanation using the Universal Formula of Free Will, composed of three natural laws: the Law of Karma, the Law of Balance in Nature, and the Law of the Feedback Mechanism of Conscious Minds. These laws offer a lawful progression from inorganic systems to organic life, incorporating insights from physics, chemistry, and systems theory. Through a case study of hydrothermal vents and a critical analysis of existing theories, this essay provides a holistic framework for understanding life’s emergence. 1. Introduction The origin of life is one of the most fundamental questions in science. Conventional approaches often divide the question among disciplines—physics explains matter, chemistry explains reactions, and biology explains life. However, none offers a fully unified model. The Universal Formula of Free Will proposes a natural law-based progression from atoms to conscious organisms, addressing both the scientific and philosophical gaps in origin-of-life research. 2. The Universal Formula of Free Will 2.1 The Law of Karma This law emphasizes that every system, whether organic or inorganic, functions under cause-effect relationships. Systems must be free from defects to operate correctly, and this principle applies to the earliest molecular formations on Earth. 2.2 2.3 The Law of Balance in Nature All systems seek equilibrium. The interactions of energy and matter produce conditions conducive to the emergence and maintenance of complex molecules, supporting life’s persistence against entropy. 2.4 2.3 The Law of Feedback Mechanism of Conscious Minds Biological systems evolve to incorporate internal feedback mechanisms. These feedback loops form the foundation for responsiveness, learning, and ultimately, consciousness. 3. Physics and Chemistry of Life’s Emergence 3.1 Physics 3.2 Thermodynamics: Life can form in open systems like Earth, where energy input allows for local entropy reduction. Quantum Mechanics: Molecular bonding and electron configurations enable the formation of complex organic molecules. Emergence: Properties such as replication and metabolism emerge from complex molecular interactions. 3.3 Chemistry 3.4 Prebiotic Chemistry: Simple molecules like methane and water formed amino acids under early Earth conditions. Polymerization: Organic monomers linked into proteins and nucleic acids. Autocatalysis: Molecules like RNA could catalyze their own replication, laying the groundwork for life. 4. Case Study: Hydrothermal Vents as Cradles of Life Hydrothermal vents provide a rich environment for life’s emergence: Energy Gradients: Support redox reactions for molecular synthesis. Catalysis: Iron-sulfur minerals catalyze key organic reactions. Compartmentalization: Porous rocks offer microenvironments mimicking cellular structures. The Universal Formula explains how these environments satisfy all three laws, allowing complex molecules to evolve into life.