Paradigm and Possibility: Reconstructing Kuhn through Relational Ontology — II Anomalies and the Cracks in Meaning

Scientific revolutions do not begin with answers.

They begin with irritations.

A measurement refuses to stabilise.

An observation behaves improperly.

An experiment produces results that should not occur.

Something continues to appear where, according to the reigning order of meaning, nothing intelligible ought to exist.

In the official mythology of science, such anomalies are usually portrayed as minor obstacles encountered on the steady march toward truth. Facts accumulate, theories are refined, errors are corrected, and eventually a more accurate understanding emerges.

But Thomas Kuhn recognised something far stranger.

Anomalies are dangerous.

Not merely because they challenge particular theories, but because they threaten the stability of the very systems through which phenomena become intelligible at all.

Kuhn understood this historically, though he never fully possessed the ontological resources to articulate why.

From the perspective of relational ontology, anomalies are not simply “facts that do not fit.”

They are cracks in meaning itself.

This distinction matters enormously.

The representational model of science assumes that observations exist independently of theories. A theory succeeds when it accurately represents the facts and fails when contradictory evidence accumulates against it. Under this framework, anomalies appear as external pressures exerted upon scientific models by an independently constituted reality.

But this picture quietly presupposes something deeply problematic:

that facts arrive already formed,

already distinguished,

already meaningful,

prior to construal.

Relational ontology rejects this entirely.

Phenomena are not raw inputs waiting to be interpreted. A phenomenon emerges only within a relational organisation of meaning — within historically stabilised construal potentials that make certain distinctions available as coherent and reproducible actualisations.

Observation is therefore never theory-neutral because there is no unconstrued observation to begin with.

What scientists observe depends upon the semiotic organisation through which the world becomes phenomenologically available.

This is why anomalies are so destabilising.

An anomaly is not simply an external contradiction imposed upon a theory by brute reality. It is an internal fracture within an existing system of construal — a point at which the prevailing organisation of meaning can no longer maintain coherent phenomenological actualisation.

The crisis occurs inside the system.

This is precisely what makes anomalies historically difficult to recognise.

Contrary to popular mythology, scientists do not immediately abandon paradigms when contradictory evidence appears. Most anomalies are initially ignored, marginalised, absorbed, reinterpreted, or treated as technical inconveniences. Kuhn observed this repeatedly throughout scientific history.

From a relational perspective, this makes perfect sense.

A paradigm is not merely a detachable explanatory model. It is a socially distributed organisation of meaning through which entire domains of phenomena become intelligible. To abandon a paradigm is not simply to reject a theory. It is to destabilise an entire phenomenological world.

Scientists therefore resist anomalies not because they are irrational, but because anomalies threaten the coherence of the semiotic organisation sustaining their reality.

This becomes especially visible during periods of scientific crisis.

Take the historical collapse of the Ptolemaic cosmological system.

The problem was never simply that planetary observations failed to align neatly with prediction. The Ptolemaic system possessed enormous technical flexibility and could accommodate many discrepancies through increasingly elaborate adjustments. The deeper issue was that the entire semiotic organisation governing celestial intelligibility was beginning to fracture under the strain of accumulating incoherences.

The anomaly was not merely “incorrect data.”

The anomaly was the growing inability of the existing construal organisation to maintain stable and coherent phenomenological relations across its own field.

At such moments, scientific communities often experience something approaching ontological vertigo.

Phenomena once regarded as obvious become unstable.

Foundational distinctions begin to blur.

Previously secure explanatory structures lose their coherence.

Objects themselves become uncertain.

And this is where Kuhn’s account becomes extraordinarily important.

He recognised that scientific crises are not straightforwardly rational processes of falsification. Scientists frequently cling to paradigms despite mounting anomalies because the alternative is not simply “a better theory.”

The alternative is the temporary collapse of an entire world-organisation.

Yet Kuhn lacked a sufficiently developed theory of meaning to explain what exactly was collapsing.

As a result, his language often drifted into psychological metaphor:

• “gestalt switches,”
• perceptual transformations,
• conversion experiences.

But the problem is deeper than psychology.

The issue is not that scientists suddenly feel differently about the same world.

The issue is that the relational conditions under which phenomena actualise are themselves undergoing reorganisation.

This also reveals the profound inadequacy of simplistic falsificationist accounts of science associated with Karl Popper.

For Popper, science advances because theories encounter falsifying facts. But this assumes precisely what Kuhn destabilised and what relational ontology rejects: that facts exist independently of the semiotic organisations through which they emerge as phenomena.

Facts do not arrive untouched by construal.

A phenomenon can only function as falsifying evidence within an already constituted organisation of meaning capable of recognising it as such.

This explains why anomalies often remain invisible for long periods despite being materially present all along.

The issue is not perceptual blindness in the ordinary sense.

It is ontological organisation.

Before a paradigm shift, certain distinctions literally struggle to become phenomenologically available because the prevailing semiotic potential does not support their coherent actualisation.

What later appears “obvious” was previously difficult even to constitute as a meaningful phenomenon.

Scientific revolutions therefore do not simply introduce new answers.

They reorganise what can appear as a question.

This is one of Kuhn’s deepest insights.

And it becomes even more powerful once reconstrued relationally.

A scientific crisis emerges when a semiotic organisation begins losing its capacity to sustain coherent phenomenological actualisations across its relational field. Anomalies accumulate not as isolated errors, but as symptoms of weakening coherence within the organisation of meaning itself.

At that point, science enters a dangerous and fertile interval.

Old worlds persist but begin destabilising.

New worlds remain only partially available.

Phenomena flicker between incompatible construals.

Language itself becomes strained.

It is during such periods that scientific discourse often becomes strangely metaphysical, even when scientists imagine themselves engaged in purely empirical work. Foundational assumptions suddenly become visible precisely because they no longer function transparently.

The background becomes foreground.

Meaning begins to reveal its own architecture.

And this perhaps is the deepest lesson anomalies teach us.

Science does not progress simply through the accumulation of correct representations. It evolves through recurrent crises in the maintenance of meaning — crises in the relational organisations through which phenomena themselves become possible.

Anomalies are therefore not marginal irritations at the edges of science.

They are the places where worlds begin to crack.