A Precursor Theory of Stabilization: Why Existence Is Possible

Abstract This paper investigates a question that precedes most theories of structure and evolution: why is it possible for anything to exist persistently at all? Rather than asking how particular structures form or adapt, the paper examines the conditions under which any substrate can maintain itself against external perturbation, and asks whether a common pattern can be identified across substrates that differ in their physical, chemical, biological, and informational properties. The paper proceeds in two parts. The first is observational. Observable substrates—atoms, molecules, catalytic systems, autocatalytic molecules, RNA-like molecules, membrane compartments, and protocells—are arranged according to the inclusion relations among their constituent components, with each later substrate presupposing the existence of those preceding it. Across this sequence, five tendencies are consistently observed: (1) the internal stabilization domain of each substrate is observed to expand, (2) physical robustness is observed to decrease, (3) compensatory mechanisms (repair, regeneration, redundancy) are observed to become more prominent, (4) the conditions required to maintain each state are observed to become more complex, and (5) the intervals between the appearance of new substrates are observed to shorten. These tendencies are termed the stabilization gradient. Notably, the gradient is observed to hold regardless of the type of substrate involved, suggesting that it may reflect a property more fundamental than any particular physical or biological domain. The second part is interpretive and is explicitly marked as hypothetical. The paper proposes a hypothesis under which the stabilization gradient can be understood not as a property of any individual substrate, but as a consequence of a selective property that may be inherent to the universe itself: that which cannot persist is eliminated. Under this hypothesis, the fact that a substrate is observable today already implies that it has survived every perturbation capable of arising on cosmological timescales. Observability can therefore be reinterpreted as a selective operation rather than a neutral act of measurement. From this view, substrates and force fields may be understood as different phase implementations of the same underlying persistence imperative: substrates implement persistence as state-space resistance to perturbation, while force fields and continuous interactions implement persistence as uninterrupted process. Elementary particles, which appear at first to fall outside the framework because they admit no internal/external distinction, are repositioned in this hypothesis as the limit case in which the stabilization domain has been folded so tightly that only behavioral consistency under perturbation remains observable. The paper does not claim falsifiability for the interpretive sections, and explicitly marks them as hypothetical throughout. Its aim is to offer a non-teleological vocabulary in which the persistence of structure can be treated as the primary explanandum, and to provide the ontological foundation upon which subsequent theories in the Persistence Selection Theory framework are built. Keywords: selection-based emergence, non-teleological systems theory, stabilization gradient, persistence imperative, cosmological selection, existence conditions, multi-layered structures, evolvability, cybernetics