Paradigm and Possibility: Reconstructing Kuhn through Relational Ontology — I Did Scientists Ever See the Same World?

There are moments in intellectual history where a thinker approaches a profound ontological rupture, glimpses its implications, and then recoils before fully crossing the threshold. Thomas Kuhn stands precisely at such a moment.

When Kuhn published The Structure of Scientific Revolutions, the official mythology of science still largely rested upon a reassuring image: humanity gradually uncovering an objective reality through increasingly accurate representations of the world. Scientific theories differed, certainly, but beneath those differences lay a stable reality progressively coming into clearer view.

Kuhn destabilised this picture so effectively that philosophy of science has spent decades trying to domesticate him.

His most infamous claim was not merely that scientific theories change. Everyone already knew that. The genuinely dangerous suggestion was something far stranger:

after a scientific revolution, scientists work in “a different world.”

Most commentators immediately softened the claim. Surely Kuhn only meant:

• scientists interpret the same facts differently;
• or use different conceptual schemes;
• or apply different vocabularies to a shared reality.

In other words, philosophy hurried to reassure itself that scientists still inhabited the same world underneath their disagreements.

But what if Kuhn’s original intuition was closer to the truth than even Kuhn himself could sustain?

From the perspective of relational ontology, the question becomes unavoidable:

Did scientists ever see the same world at all?

Not because reality is subjective fantasy.

Not because “anything goes.”

And not because science is merely political theatre.

Rather, because phenomena do not emerge independently of construal.

This is the crucial shift.

The representational tradition assumes that the world consists of pre-given objects and facts which theories subsequently describe, classify, or explain. Meaning arrives late, as an interpretive layer placed upon an already constituted reality.

But relational ontology begins elsewhere.

Phenomena are not unconstrued givens awaiting description. A phenomenon is already a relational actualisation within a system of meaning. What becomes available as an object, as evidence, as observation, or as a meaningful distinction depends upon historically organised semiotic potentials.

This changes the status of scientific paradigms entirely.

A paradigm is not fundamentally a collection of beliefs about reality.

Nor is it merely a methodological framework.

Nor even a sociological consensus.

A paradigm is better understood as a historically stabilised organisation of construal potential through which certain phenomena can actualise coherently.

That is a much stronger claim than Kuhn himself was able to formulate consistently.

Consider one of Kuhn’s famous examples: Aristotelian versus Newtonian motion.

From the modern perspective, it is tempting to imagine that both Aristotle and Newton observed the same physical world but reached different conclusions about it. Yet this framing quietly assumes precisely what is at issue: that “motion” names a stable, invariant phenomenon persisting identically across both systems.

But relationally construed, this assumption collapses.

For Aristotle, motion was inseparable from questions of essence, natural place, fulfilment, and the intrinsic tendencies of beings. For Newton, motion emerged within an entirely different relational organisation involving inertia, force, mathematical abstraction, and homogeneous space.

These are not merely two interpretations of one phenomenon.

The phenomenon itself has changed.

Not because matter itself magically transformed in the seventeenth century, but because the relational organisation through which motion could actualise as phenomenon was radically reconstituted.

This is precisely what Kuhn repeatedly approached but could never fully stabilise conceptually.

At times, he wrote as though paradigms were merely conceptual lenses applied to a stable reality. At other times, he suggested something far more radical: that scientific revolutions reorganise the world of possible phenomena itself.

His language betrays the tension constantly:

• scientists “see differently”;
• “inhabit different worlds”;
• encounter different “objects”;
• and undergo something like a “gestalt switch.”

But because Kuhn lacked a coherent ontology of meaning and construal, these insights often drifted toward psychology. Paradigm shifts became mysterious perceptual conversions rather than reorganisations of semiotic potential.

And so philosophy of science largely retreated.

“Incommensurability” was softened into translation problems.

World-change became metaphor.

Scientific revolutions became sociological episodes rather than ontological transformations.

The deeper possibility was left largely untouched.

Relational ontology allows us to revisit Kuhn without that retreat.

From this perspective, scientific revolutions are not simply replacements of false representations with more accurate ones. They are reorganisations of the conditions under which phenomena themselves become available for coherent actualisation.

This is why anomalies matter so profoundly in scientific history.

An anomaly is not merely a stubborn fact refusing to fit an otherwise correct theory. It is a fracture within a system of construal — a point at which an existing semiotic organisation can no longer maintain stable phenomenological coherence.

Scientific crises are therefore not merely crises of explanation.

They are crises in the maintenance of a world.

This also explains why paradigm shifts often appear irrational or incomprehensible from within established scientific communities. If phenomena themselves are relationally constituted through historically organised construals, then competing paradigms are not simply debating alternative descriptions of shared objects. They are operating within partially different organisations of meaning altogether.

The conflict is therefore deeper than disagreement.

It concerns what may legitimately emerge as phenomenon in the first place.

And yet this does not collapse science into relativism.

This point is essential.

Relational ontology does not imply that scientific worlds are arbitrary inventions. Construal is constrained relationally through material practices, institutional reproduction, predictive capacities, technological interventions, and the ongoing maintenance of semiotic coherence across communities.

Scientific paradigms survive not because they mirror an unconstrued reality, but because they sustain viable organisations of meaning capable of generating reproducible and operationally effective phenomenological actualisations.

In this sense, science remains profoundly real without requiring representational metaphysics.

Indeed, Kuhn’s work becomes intelligible in a far stronger way once representation ceases to function as the hidden metaphysical centre of science.

The real scandal of Kuhn was never that science changes its theories.

It was that science may continually reorganise the very conditions under which worlds become phenomenologically available at all.

Kuhn glimpsed this possibility repeatedly.

But he stood at the edge of an ontological revolution without possessing the conceptual resources necessary to cross it completely.

The question, then, is no longer whether paradigms alter our interpretations of reality.

The question is whether reality, as phenomenon, has ever existed independently of the relational organisations through which it becomes available in the first place.