The World Is Not Made of Isolated Nouns

Thesis

The world contains stable things without being assembled from self-sufficient things. Relations, processes, and constraints help explain why an object is identifiable at all, while realism requires that these structures resist our descriptions.

Grammar is not a blueprint

Supporting/contextual references: [world-noun-s1] [world-noun-s3] [world-noun-s4]

A sentence such as “the cup is warm” makes an object look like the basic fact and warmth like an attribute attached to it. This grammar is extraordinarily useful. It lets a child ask where a cup went, lets an engineer specify a tolerance, and lets a historian follow an artifact across time. But the convenience of subject and predicate can quietly become a theory of reality: first there are isolated nouns, then relations are added as adjectives or verbs.

The cup is not thereby unreal. It is a durable pattern with a rim, a cavity, a material, and a role in practices of drinking. What deserves examination is the idea that its identity could be fully specified without reference to any capacity to interact. A cup that could not contain, support, break, be handled, or be distinguished from its surroundings would retain a word but lose much of the reason the word applies.

The same caution applies to the language of “intrinsic.” A property can be independent of one relation and dependent on another. Shape may be intrinsic relative to a shipping problem yet relational when the relevant scale is a force field or a measuring procedure. Good metaphysics does not abolish distinctions; it asks which distinction a question needs and what would count as evidence for it.

What makes a thing the same thing?

Supporting/contextual references: [world-noun-s1] [world-noun-s2] [world-noun-s5]

Identity through change is already relational. A river remains the same river while water flows through it. A person remains recognizably the same while cells, beliefs, and responsibilities change. A legal institution persists through members and buildings, but only because procedures and expectations connect one moment to the next. In each case, sameness is not a second substance hidden behind change. It is a pattern of continuity that can survive some alterations and not others.

This does not mean every boundary is negotiable. A river has a watershed, a channel, and physical histories that constrain what can truthfully be said about it. A person has a body and a biography that make some continuities possible and others impossible. Relational identity is therefore selective. It depends on relevant connections, not on an undifferentiated claim that everything is connected to everything else.

A useful test is counterfactual: which changes could occur while the thing remained available for the same explanations and interventions? The answer will vary with the purpose, but not without limit. Reidentification is a practical achievement because the world preserves enough structure for different investigators to track one pattern through many encounters.

From substance to structure

Supporting/contextual references: [world-noun-s3] [world-noun-s4] [world-noun-s8]

The philosophical pressure has a scientific counterpart in structural realism. Scientific theories change their descriptions of entities, yet sometimes preserve relations among quantities, symmetries, and observable patterns. John Worrall’s proposal was that this continuity gives us reason to treat structure as a significant target of knowledge, even when the objects posited by an older theory are abandoned. The argument concerns what successful inquiry retains, not a proof that objects do not exist.

A modest structural realism is consequently more defensible than the slogan that “only relations are real.” Mathematical structure can be shared by models that differ in physical interpretation, and a formal analogy can be mistaken for a discovery about nature. Relations earn realist status when they are tied to interventions, measurements, invariances, and predictions that continue to constrain inquiry. The world is not made by our equations, but equations can disclose patterns our ordinary nouns conceal.

This approach also explains why theory change need not produce either triumphalism or despair. A later theory may preserve a limiting case, a symmetry, or a dependency while replacing the entities used to describe it. What survives deserves attention, but the survivor must be specified. “Structure” is knowledge only when we can say which transformations leave it stable.

Processes hiding inside nouns

Supporting/contextual references: [world-noun-s5] [world-noun-s6]

Many familiar things are better understood as organized processes. A flame is a continuing chemical reaction, not a small object that happens to glow. A living cell maintains itself by exchanging matter and energy with an environment. A language is a practice distributed across speakers, records, and norms. Their persistence depends on activity. Stop the relevant activity and the thing changes kind, even if some material remains.

This insight is not confined to exotic metaphysics. Biology distinguishes an organism from a heap partly by the organization of its exchanges and regulation. Ecology follows dependencies among organisms and environments. Developmental science explains a mature form through a history rather than a snapshot. Process vocabulary can therefore improve explanation, provided it does not erase the practical value of object vocabulary. We need both the noun that tracks a pattern and the verbs that explain its persistence.

Physics makes the question sharper

Supporting/contextual references: [world-noun-s6] [world-noun-s7]

Quantum theory unsettles the classical picture of a system carrying a complete list of values independent of every interaction. In relational interpretations, a state describes what one physical system can say about another after an interaction. The formalism remains precise; what changes is the demand that there be one universal catalogue of properties before any relation is specified. This is an interpretive proposal, not an invitation to treat human attention as a physical force.

Relativity supplies a different lesson. Measurements of space and time depend on the relation between events and observers in motion, while general relativity makes spacetime geometry responsive to matter and energy. Neither result says that reality is subjective. It says that invariant structure is often more important than a privileged coordinate description. Relations can be objective constraints without being properties of isolated objects viewed from nowhere.

Quantum theory should be handled with the same restraint. A formal dependence on measurement context does not mean that a laboratory can choose any outcome. It means that the theory links preparation, intervention, and result in a way classical separability does not. The experimental regularities come first; the metaphysical interpretation must remain answerable to them.

Against the view from nowhere

Supporting/contextual references: [world-noun-s4] [world-noun-s6] [world-noun-s7]

The fantasy of a view from nowhere imagines that a complete description would list every object with all its intrinsic properties, without a standpoint, scale, or purpose. Scientific practice is more disciplined. A detector has a bandwidth, a theory chooses variables, and a measurement procedure defines which distinctions can be made reliable. These limitations do not weaken knowledge. They are part of how knowledge becomes accountable: claims can be tied to operations and checked by others.

Situated description should not be confused with private invention. A satellite, a weather station, and a person outdoors occupy different standpoints, yet their reports can be transformed into one another and compared against events. Similarly, two quantum agents may assign different states because they possess different records. Their perspectives become answerable when they interact. A world without a view from nowhere can still be a shared world.

Relations are not mere stories

Supporting/contextual references: [world-noun-s3] [world-noun-s4] [world-noun-s8]

One objection says relations are only labels imposed by minds. But many relations have consequences no individual can negotiate away. A load-bearing connection fails under stress; a cell membrane admits some molecules and excludes others; a causal pathway changes what an intervention can produce. Even social relations, which depend on institutions and recognition, are constrained by histories, bodies, and coordinated expectations. They can be violated, repaired, or discovered by their effects.

Another objection says that if relations are real, then explanation becomes global and useless. “Everything affects everything” is not a scientific claim. Good relational explanation specifies the coupling, the scale, and the conditions under which it matters. A cup depends on gravity for its stability, but not every astronomical fact belongs in an account of why it holds water. Relevance is not a retreat from realism; it is what makes a relation explanatory rather than decorative.

Open research directions

Supporting/contextual references: [world-noun-s3] [world-noun-s4] [world-noun-s6] [world-noun-s7] [world-noun-s8]

The open questions are both empirical and conceptual. Quantum foundations still ask whether relational descriptions require a new ontology, a change in the meaning of state, or merely a careful account of information. Structural realists ask which mathematical relations survive theory change and how to distinguish genuine continuity from a flexible redescription. In biology and cognitive science, researchers investigate how object-like representations emerge from systems that track changing dependencies.

None of these programs has shown that the universe is literally made of relations, nor that objects are convenient fictions. Future work may connect relational interpretations to new tests, clarify how structures compose across scales, or reveal limits on observer-relative descriptions. For now, the narrower conclusion is enough: isolated-noun metaphysics leaves dependencies unexplained, while relational realism preserves both the world’s resistance and the usefulness of things.

The practical question is how stable patterns arise at different scales. A table can be a solid object for a carpenter and a dynamical arrangement of atoms for a physicist without either description cancelling the other. Relational explanation needs no single vocabulary for every purpose; it needs an account of how levels connect and why a pattern remains reliable when the question changes.

Sources & references

Supporting/contextual references, not claim-level proof.

1. Aristotle — CategoriesIn The Complete Works of Aristotle: The Revised Oxford Translation, vol. 1, edited by Jonathan Barnes, Princeton University Press, 1984.
2. Gottfried Wilhelm Leibniz — MonadologyIn Philosophical Papers and Letters: A Selection, 2nd ed., translated by Leroy E. Loemker, D. Reidel, 1976.
3. John Worrall — Structural Realism: The Best of Both Worlds?Dialectica 43(1–2), 99–124, 1989.Publisher link
4. Bas C. van Fraassen — The Scientific ImageOxford University Press, 1980.
5. Alfred North Whitehead — Process and RealityAn Essay in Cosmology, corrected edition, edited by David Ray Griffin and Donald W. Sherburne, Free Press, 1978.
6. Carlo Rovelli — Relational Quantum MechanicsInternational Journal of Theoretical Physics 35, 1637–1678, 1996.Publisher link
7. Albert Einstein — The Foundation of the General Theory of RelativityAnnalen der Physik 49, 769–822, 1916.Publisher link
8. James Ladyman — What Is Structural Realism?Studies in History and Philosophy of Science Part A 29(3), 409–424, 1998.Publisher link