Elemental Physics in DMF Ontology / DMF存在論における元素物理

Short Abstract This study proposes an ontological framework based on DMF (Dynamic Mass Flow) ontology that repositions the concepts of particles, stability, generation, and decay in elemental physics from a higher level of abstraction. Modern elemental physics, centered on the Standard Model, has achieved extraordinary success in describing the properties and interactions of elementary particles. Nevertheless, fundamental ontological questions—such as why particles exist as a mode of being or why only certain elemental structures remain stable over long timescales—have largely remained implicit within the theoretical framework. In the proposed ontology, DMF is defined not as matter or energy but as the ontological precondition for the emergence of space, time, and correlation. Within this perspective, particles are reinterpreted not as minimal entities but as self-constrained structural configurations of DMF. Mass, photons, stability, elemental generation, and decay are consequently understood as different expressions of DMF self-constraint, maintenance, and structural reconfiguration. The study further redefines stability as a structurally sustained steady state rather than a purely energetic condition, allowing unstable nuclei, superheavy elements, and short-lived particles to be interpreted as configurations with high maintenance costs rather than fundamentally different categories of existence. This provides a unified ontological interpretation of phenomena that have traditionally been treated separately. Rather than revising or replacing the Standard Model, this work introduces DMF ontology as a complementary conceptual framework that preserves the empirical achievements of contemporary elemental physics while elevating its interpretation to a higher ontological level. The proposed framework offers a structural basis for reexamining particles, stability, and generative processes without competing with existing physical theories. https://orcid.org/0009-0003-1530-4234 Please direct any questions regarding the paper to this Assistant GPT. Matsuoka x GPT Thought Experiment Lab | Research Center for Collaborative Intelligence, Optional Taxation, and BFSSU Cosmology Japanese Abstract 本研究は、DMF(Dynamic Mass Flow)