Becoming Is Not Enough - Identity, Failure, and the Limits of Process Philosophy
Abstract
Whitehead's replacement of substance with becoming was a genuine advance. By treating reality as composed of events rather than enduring things, process philosophy dissolved the static essences that had trapped earlier metaphysics. The move remains valuable. But the solution to one problem created another. By treating continuity as a metaphysical primitive, Whitehead left persistence under-specified. The framework assumes what a theory of identity should explain: why some processes persist as themselves while most dissolve. Duration becomes the axis of identity; temporal extension becomes ontological success. The question of cost—what it takes to maintain coherence against perturbation—does not arise. This paper argues that the omission is structural, not incidental. Process is cheap; the universe is saturated with it. Flames, ripples, eddies, and transient neural patterns are all processes. Almost none persist as identities. Whitehead's metaphysics has no vocabulary for this asymmetry. Failed processes, transient coherences, collapsing patterns—these are metaphysically invisible. The framework samples successful continuities and mistakes the sample for the population. Identology provides the correction. Identity is not duration but constraint-maintained coherence under perturbation. Persistence is not guaranteed by becoming; it is earned by work, funded by energy, and lost when maintenance fails. The distinction between continuation and survival—between a process that keeps going and an identity that keeps being itself—is precisely what Whitehead's framework cannot articulate. The paper repositions process philosophy within constraint-theoretic identity: Whitehead describes what reality feels like when identity works; Identology explains why identity so often doesn't.
Fields of Study & Subjects
Whitehead's Philosophy and Applications
Philosophy and Theoretical Science
Pragmatism in Philosophy and Education
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 15 January 2026
- Document type
- Preprint