Process Ontology vs. Object Ontology

Modern science is predominantly object-centered. It identifies entities, classifies them, measures their properties, and seeks the laws governing their behavior. This approach has been extraordinarily successful, but it often leaves a deeper question unanswered: why do these entities persist at all? Object ontology treats objects as primary and processes as secondary. Process ontology reverses this relationship. In a process ontology, processes, constraints, and maintenance architectures are fundamental, while objects are persistent manifestations of ongoing dynamics. This paper develops the distinction between object and process ontologies and argues that persistence, not existence, is the fundamental phenomenon requiring explanation. It introduces the concept of maintained organization—the continuous activity that sustains any persistent structure—and shows how this concept reframes questions across physics, biology, and cosmology. The central thesis is this: Persistence is not a property of an object; persistence is the outcome of a maintained process. Within the Scalar Drag Emergence Framework (SDEF), the maintained is understood as continuously organized transport rather than a generic process. The paper concludes that objects are not ontological primitives. They are evidence that underlying maintenance processes are occurring. The ontology cares about what creates structure, what maintains it, and what causes its persistence. The object itself is secondary. Key Framework Insights: The Transport Primitivism of SDEF: Narrows classical process ontology by defining the primitive process strictly as transport. Persistence, coherence, and organization emerge directly from continuously maintained transport.Creation vs. Maintenance: Establishes that the mechanisms driving rapid structural formation are distinct from the continuous transport reinforcement and ancestry refresh required for long-term structural maintenance.Nested Maintenance & The Silent Structure Principle: Proposes that the most explanatory components of a system are often its least visible. Observable structures inherit persistence from a hierarchical stack of hidden transport architectures (corridors, handoff dynamics, and organizational selection) rather than intrinsic object properties.