Paradigm and Possibility: Reconstructing Kuhn through Relational Ontology — VI Science after Representation

Modern science inherited a dream.

It was a remarkably powerful dream — powerful enough to reorganise civilisations, transform material existence, and reshape humanity’s relation to the cosmos itself.

But it was still a dream.

The dream was that knowledge consists fundamentally in representation:

that reality exists fully formed and self-identical prior to meaning, while science progressively constructs increasingly accurate descriptions of that independently constituted world.

Truth, under this image, becomes correspondence.

Language becomes naming.

Observation becomes access.

Meaning becomes secondary.

And science becomes the gradual elimination of distortion standing between the human mind and objective reality.

For centuries, this vision provided modernity with extraordinary confidence.

Yet throughout this series, following the fault-lines exposed by Thomas Kuhn, another possibility has slowly emerged.

What if science was never fundamentally representational at all?

Not because science fails.

But because representation was always the wrong ontology for understanding what science actually does.

This is the threshold Kuhn approached without fully crossing.

He discovered that scientific worlds change historically.

That observation is theory-laden.

That paradigms organise intelligibility.

That anomalies fracture systems of meaning.

That revolutions reorganise phenomenological possibility itself.

But Kuhn remained partially tethered to representational assumptions, leaving his insights suspended between realism and relativism.

Relational ontology allows us to move further.

It begins from a deceptively simple but devastating shift:

Phenomena do not precede meaning as stable objects awaiting description.

Phenomena actualise relationally through organised systems of construal.

This changes the status of science entirely.

Science no longer appears as a mirror progressively reflecting an unconstrued reality. Instead, science becomes a historically evolving organisation of semiotic potential through which particular worlds become phenomenologically available.

This does not make science illusory.

Nor subjective.

Nor politically arbitrary.

Indeed, relational ontology preserves the extraordinary power of science while explaining that power more coherently than representational realism ever could.

Because science plainly works.

Aircraft fly.

Vaccines function.

Satellites orbit.

Semiconductors operate.

Experiments reproduce.

Predictions succeed.

Technological interventions transform material existence on planetary scales.

The question is not whether science is effective.

The question is how its effectiveness should be understood ontologically.

Representational realism explains success by claiming scientific theories increasingly approximate an independently existing reality. Yet this explanation encounters persistent difficulties:

• theory change repeatedly reorganises fundamental concepts;
• observation remains theory-laden;
• paradigms alter phenomenological organisation;
• and scientific history reveals no simple linear convergence toward final truth.

Relational ontology offers another account.

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

Science works because construal can organise reality relationally in ways that maintain coherent material engagement across distributed systems of practice.

This distinction matters profoundly.

Under representational metaphysics, objectivity requires detachment from meaning.

The ideal observer becomes a neutral spectator describing reality “as it is.”

But relational ontology reveals the impossibility of such a position.

There is no unconstrued access to phenomenon.

No observation outside relation.

No meaning-free world waiting passively for description.

Objectivity must therefore be rethought entirely.

Objectivity does not mean transcendence of construal.

It means the reproducible stabilisation of phenomenological actualisations across communities, practices, instruments, institutions, and material interventions.

A scientific phenomenon becomes “objective” not because it exists independently of all construal, but because the relational organisation sustaining it can be recurrently actualised beyond individual subjectivities.

This redefinition preserves scientific rigour while abandoning the impossible fantasy of meaning-free observation.

And perhaps most importantly, it dissolves one of modernity’s most destructive oppositions:

the separation between meaning and reality.

Representational thought repeatedly treats meaning as an unfortunate intermediary standing between consciousness and the world — a symbolic veil obscuring direct access to reality itself.

But relational ontology reverses the relation completely.

Meaning is not what distances us from reality.

Meaning is one of the conditions under which realities become phenomenologically available at all.

Science therefore does not escape meaning through methodical purification.

Science is one of the most sophisticated meaning-organising systems humanity has ever produced.

Its power emerges precisely through its capacity to stabilise extraordinarily complex forms of construal across vast networks of social, technological, institutional, and material coordination.

And this reveals something startling about scientific revolutions themselves.

Under the representational model, revolutions appear tragic but necessary corrections:

humanity repeatedly overcoming false descriptions on its march toward truth.

But relationally construed, revolutions become reorganisations of possibility itself.

They do not simply replace incorrect representations with accurate ones.

They transform what may coherently emerge as phenomenon,

as explanation,

as evidence,

as intelligibility,

and ultimately,

as world.

Science becomes evolutionary not because it approaches final representation, but because meaning itself evolves historically through recurrent reorganisations of relational potential.

And this has consequences extending far beyond philosophy of science.

Because the representational dream has shaped nearly every domain of modern thought:

• language,
• politics,
• education,
• cognition,
• identity,
• communication,
• even consciousness itself.

Again and again, modernity imagines reality as primary and meaning as derivative — as though worlds exist first and significance arrives later as commentary.

But science after representation suggests the opposite movement.

Worlds emerge relationally through organised construal.

Reality is not encountered outside meaning and then described.

Reality becomes phenomenologically available through meaning.

This does not reduce existence to language.

Materiality persists.

Constraint persists.

Resistance persists.

Bodies persist.

Technologies persist.

The cosmos persists.

But none of these become available as phenomena independently of the relational organisations through which they actualise.

And perhaps this finally reveals the deeper significance of Kuhn’s work.

Kuhn did not merely change philosophy of science.

He exposed fractures within the metaphysical architecture of modernity itself.

The crisis he uncovered was never simply about scientific theories.

It was about the collapse of representation as the hidden ontology governing modern thought.

That collapse remains unfinished.

Indeed, much of contemporary intellectual life consists of increasingly desperate attempts to preserve representational assumptions even as the phenomena confronting us continually exceed them.

But once relational ontology is taken seriously, another possibility emerges.

Science need not be defended as a mirror of unconstrued reality in order to remain rigorous, powerful, cumulative, transformative, and profoundly real.

Its greatness may lie elsewhere.

Not in escaping meaning.

But in becoming one of humanity’s most powerful ways of organising possibility itself.

Paradigm and Possibility: Reconstructing Kuhn through Relational Ontology — V Why Kuhn Could Not Finish the Revolution

There is something strangely tragic about Thomas Kuhn’s intellectual legacy.

Few twentieth-century thinkers destabilised the foundations of modern epistemology more profoundly. Yet few spent so much of their later career attempting to soften the implications of their own discoveries.

Again and again, Kuhn approached an ontological revolution.

Again and again, he retreated.

This oscillation is visible throughout the history of responses to The Structure of Scientific Revolutions. Readers sensed immediately that Kuhn had opened something dangerous. The traditional image of science — steadily approaching objective reality through increasingly accurate representations — suddenly appeared unstable.

Scientific worlds seemed historically contingent.

Observation appeared theory-laden.

Facts no longer looked entirely neutral.

Rationality itself appeared historically situated.

The reaction was swift.

Critics accused Kuhn of relativism, irrationalism, subjectivism, and the destruction of scientific objectivity. Philosophy of science entered decades of defensive reconstruction designed largely to contain the damage.

And Kuhn himself often appeared uneasy about what he had unleashed.

Why?

Because Kuhn had discovered phenomena his conceptual framework could not adequately sustain.

He destabilised representational realism without possessing an alternative ontology capable of replacing it coherently.

This is the central tension running through all of Kuhn’s work.

He repeatedly recognised that paradigms do not merely alter interpretations of a stable world. They reorganise what can emerge as intelligible phenomenon in the first place. Scientists after revolutions do not simply hold different beliefs; they participate in partially different phenomenological organisations.

But Kuhn lacked the conceptual resources necessary to explain how this could be possible without collapsing into incoherence.

As a result, his writing constantly oscillates between incompatible positions.

At moments, Kuhn speaks as though paradigms are merely conceptual frameworks applied to a stable external reality. At other moments, he suggests something far more radical: that scientific revolutions reorganise worlds themselves.

The tension is never fully resolved because Kuhn remained partially trapped within the metaphysical assumptions he was dismantling.

Most importantly, he retained no coherent theory of meaning.

This absence is decisive.

Without a relational ontology of meaning, Kuhn could describe the historical instability of scientific worlds but could not explain the ontological mechanism underlying their transformation. The result was a continual drift toward substitute explanations:

• psychology,
• sociology,
• perception,
• rhetoric,
• disciplinary consensus.

Paradigm shifts became “gestalt switches.”

Scientific communities appeared to undergo “conversion experiences.”

Incommensurability became a problem of translation.

All of these formulations circle the real issue without fully reaching it.

The missing element was an ontology in which meaning itself participates constitutively in the actualisation of phenomena.

Without that step, Kuhn faced an impossible dilemma.

If paradigms merely interpret an independently constituted reality, then his strongest claims collapse into exaggerated rhetoric. Scientific revolutions become ordinary theory-change accompanied by sociological drama.

But if paradigms genuinely reorganise phenomenological worlds, then representational metaphysics becomes untenable.

Kuhn repeatedly approached this second conclusion yet seemed unable to stabilise it philosophically.

And this is understandable.

The intellectual environment Kuhn inhabited offered very few conceptual resources for such a move.

Mainstream philosophy remained deeply committed to representational assumptions:

• meaning as reference;
• language as description;
• truth as correspondence;
• observation as access to unconstrued reality;
• knowledge as representation of pre-given objects.

Even thinkers critical of naïve realism often retained these underlying structures.

Kuhn therefore found himself in an unstable position:

he could see the historical contingency of scientific worlds,

but lacked a relational theory capable of explaining how worldhood itself emerges through organised construal.

This is why his work often appears simultaneously revolutionary and incomplete.

He destabilised the old foundations without being able to fully reconstruct the terrain afterward.

Relational ontology allows us to see both Kuhn’s achievement and his limitation with much greater clarity.

Kuhn correctly recognised that:

• observation is not theory-neutral;
• paradigms shape phenomenological intelligibility;
• scientific worlds change historically;
• anomalies destabilise meaning structures;
• and revolutions reorganise scientific possibility itself.

But without a relational ontology, these insights remained suspended between realism and relativism.

The crucial missing step was recognising that phenomena do not exist as unconstrued objects awaiting representation.

Phenomena actualise relationally through historically organised systems of meaning.

Once this becomes visible, many of Kuhn’s unresolved tensions dissolve.

“Incommensurability” no longer threatens irrationalism because translation was never grounded in invariant objects to begin with.

Theory-ladenness no longer appears epistemically catastrophic because observation is inherently relationally constituted.

Scientific revolutions no longer seem mysteriously psychological because they involve reorganisations of construal potential rather than merely altered beliefs.

Even scientific objectivity becomes newly intelligible:

not as access to unconstrued reality,

but as the reproducible stabilisation of phenomenological actualisations across distributed communities and material practices.

In this sense, relational ontology does not reject Kuhn.

It completes trajectories Kuhn opened but could not fully articulate.

And perhaps this reveals something broader about intellectual history itself.

Certain thinkers function less as system-builders than as fault-lines.

They expose fractures within inherited metaphysical structures before new ontological frameworks fully exist to stabilise what has been revealed. Their work therefore appears internally unstable because they are attempting to think beyond conceptual architectures they still partially inhabit.

Kuhn belongs to this category.

His work marks the beginning of the collapse of representational certainty within philosophy of science, even if he himself could not fully escape its gravitational pull.

This also explains why Kuhn remains strangely contemporary.

Many of the problems haunting current debates in philosophy, science studies, semiotics, epistemology, and even political discourse stem from precisely the tensions Kuhn exposed:

• the instability of observation,
• the historical organisation of intelligibility,
• the relational constitution of phenomena,
• and the impossibility of fully separating knowledge from meaning.

Modernity continues trying to preserve representational realism while simultaneously confronting phenomena that repeatedly undermine it.

Kuhn stands directly at this contradiction.

He discovered that scientific revolutions transform worlds more deeply than modern epistemology could comfortably allow.

But he lacked the ontology required to follow the discovery all the way down.

And perhaps that is why The Structure of Scientific Revolutions still feels so unsettling decades later.

Not because Kuhn destroyed scientific truth.

But because he revealed that science may never have been fundamentally about representation in the first place.

Paradigm and Possibility: Reconstructing Kuhn through Relational Ontology — IV Normal Science as the Maintenance of Meaning

In the popular imagination, science advances through revolutions.

Great breakthroughs.

Shattering discoveries.

Radical transformations of human understanding.

But Thomas Kuhn understood something deeply unfashionable:

Most science is not revolutionary at all.

Most scientists do not spend their lives overthrowing paradigms. They spend their lives working within them — refining measurements, solving technical problems, extending established models, calibrating instruments, reproducing results, stabilising methods, and elaborating existing frameworks.

Kuhn called this normal science.

And for many readers, it sounded disappointingly conservative.

Science appeared reduced to bureaucratic puzzle-solving carried out by highly trained specialists reluctant to question foundational assumptions. Kuhn’s critics often treated this aspect of his work almost dismissively, as though “normal science” represented a regrettable stagnation periodically interrupted by genuine intellectual creativity.

But from the perspective of relational ontology, normal science suddenly becomes far more profound.

It is not merely the routine application of knowledge.

It is the continual maintenance of meaning.

This requires a fundamental shift in how we understand scientific activity itself.

The representational image of science assumes that once a theory correctly describes reality, scientific work largely consists of accumulating further facts about an already constituted world. Meaning functions secondarily, as a transparent vehicle for transmitting information about independently existing objects.

But relational ontology reverses the picture entirely.

Scientific worlds do not remain stable automatically.

Phenomena are not self-sustaining givens floating independently of the semiotic organisations through which they actualise. A scientific paradigm must continually reproduce the construal conditions that allow its phenomenological world to remain coherent, intelligible, and operationally viable.

This is precisely what normal science accomplishes.

Every experiment reproduced,

every textbook written,

every laboratory protocol standardised,

every graph interpreted,

every student trained,

every technical distinction maintained

participates in the ongoing reproduction of a specialised organisation of meaning.

Science therefore does not simply discover worlds.

It continually sustains them.

This is where the relational ontology intersects powerfully with the work of M. A. K. Halliday and systemic functional linguistics.

From a Hallidayan perspective, language is not primarily a naming system for representing pre-existing reality. Language is a social semiotic: a meaning potential through which human worlds become organised and actionable. Scientific discourse therefore cannot be reduced to neutral description layered upon objective facts.

Scientific discourse actively participates in the organisation of scientific phenomena.

A scientific paradigm, viewed relationally, functions as a historically stabilised semiotic potential distributed across:

• specialised discourses,
• institutional practices,
• methodological routines,
• educational systems,
• technological infrastructures,
• and communities of trained construal.

Normal science is the mechanism through which this potential is continuously actualised and reproduced.

This makes scientific training especially significant.

A student entering a scientific discipline is not merely learning information about the world. They are being inducted into a highly specialised organisation of meaning. They learn:

• what counts as a phenomenon;
• what distinctions matter;
• what qualifies as evidence;
• what constitutes explanation;
• what can be ignored;
• and what may legitimately emerge as a meaningful scientific question.

In this sense, scientific education is not simply informational transmission.

It is construal formation.

The student gradually acquires the capacity to participate in a particular phenomenological world.

Kuhn recognised this implicitly when he emphasised the role of exemplars, laboratory training, and disciplinary practice in scientific formation. Scientists do not primarily operate through explicit philosophical rules. They acquire tacit capacities for navigating an established organisation of meaning.

But Kuhn lacked the semiotic framework necessary to fully explain what was being reproduced through these practices.

Relational ontology clarifies the issue:

normal science maintains the coherence of a distributed meaning system through recurrent acts of construal actualisation.

And this also explains something that puzzled many critics of Kuhn:

why scientists often appear remarkably resistant to foundational critique.

From the outside, this resistance can look dogmatic. Why not constantly question the paradigm? Why not reopen foundational assumptions continuously?

But from within the relational perspective, endless destabilisation would make coherent scientific practice impossible.

A scientific world must maintain sufficient phenomenological stability to support:

• reproducibility,
• cumulative refinement,
• technical coordination,
• institutional continuity,
• and material intervention.

Normal science therefore performs an indispensable stabilising function.

It preserves the coherence necessary for a scientific world to remain operationally viable.

This does not mean paradigms are eternal.

Nor does it imply that science is merely conservative.

Rather, stability and transformation exist in dynamic tension.

Without the stabilising work of normal science, no coherent scientific world could persist long enough to develop sophisticated forms of inquiry. Yet the very processes that sustain meaning also gradually expose tensions, anomalies, and incoherences that may eventually destabilise the system itself.

Normal science therefore contains the seeds of revolution internally.

The maintenance of meaning simultaneously produces the conditions under which meaning may fracture.

This is one of Kuhn’s deepest insights once reconstrued relationally.

Scientific revolutions do not descend from outside science like external shocks. They emerge from the internal dynamics of meaning-maintenance itself. Every refinement sharpens distinctions. Every clarification reveals new tensions. Every successful construal stabilises some relations while potentially destabilising others.

Meaning evolves through its own maintenance.

And here an irony emerges.

Modern culture often celebrates science as the domain of pure objectivity — a realm supposedly freed from the ambiguities and instabilities of meaning. Yet Kuhn’s work, viewed relationally, reveals almost the opposite.

Science is among the most sophisticated meaning-maintenance systems humanity has ever developed.

Its extraordinary power arises not from escaping meaning, but from organising meaning with remarkable precision, reproducibility, and institutional durability.

Scientific objectivity therefore cannot mean access to unconstrued reality.

Rather, objectivity becomes the stabilised reproducibility of phenomenological actualisations across distributed communities of practice.

A phenomenon becomes “objective” not because it exists independently of construal, but because the construal organisation sustaining it can be recurrently actualised across observers, instruments, institutions, and material interventions.

This does not weaken science.

It explains its strength.

Scientific worlds endure because they are socially, materially, technologically, and semiotically maintained through immense networks of coordinated practice.

Normal science is the labour of that maintenance.

And once this becomes visible, Kuhn’s picture changes profoundly.

Normal science is no longer the dull interval between revolutions.

It is the ongoing work through which worlds remain phenomenologically coherent long enough for revolutions to matter at all.

Paradigm and Possibility: Reconstructing Kuhn through Relational Ontology — III Incommensurability and the Myth of Translation

Few ideas in twentieth-century philosophy generated as much anxiety as Thomas Kuhn’s notion of incommensurability.

The reaction was immediate and revealing.

Critics accused Kuhn of irrationalism.

Relativism.

Epistemic tribalism.

The collapse of scientific objectivity.

Why such panic?

Because Kuhn appeared to threaten one of the deepest assumptions of the representational worldview:

that all rational disagreement ultimately occurs within a shared world of stable meanings and invariant objects.

If scientific paradigms are genuinely incommensurable, then something profoundly unsettling follows:

scientists separated by revolutionary transformations may not merely disagree about the same reality.

They may not fully inhabit the same phenomenological world at all.

Philosophy spent decades trying to neutralise this possibility.

“Incommensurability” was gradually softened into something manageable:

• difficulties of translation;
• shifts in terminology;
• altered standards of evidence;
• conceptual reclassification.

The crisis was linguistically domesticated.

But from the perspective of relational ontology, this domestication entirely misses the depth of Kuhn’s insight.

The problem is not merely that scientists use different words.

The problem is that phenomena themselves are relationally constituted within different organisations of meaning.

Translation fails not because vocabularies differ, but because the phenomenological organisations sustaining those vocabularies are not fully continuous.

This distinction changes everything.

Under the representational model, language functions primarily as a naming system attached to pre-given objects. Translation therefore appears fundamentally straightforward in principle: different theories may use different terminologies, but they ultimately refer to the same underlying entities.

Meaning becomes secondary.

Objects remain primary.

Relational ontology reverses this order entirely.

Phenomena do not precede meaning as stable substrates awaiting labels. Rather, phenomena actualise relationally through historically organised systems of construal. Meaning is not attached to objects after the fact; it participates constitutively in the emergence of phenomena themselves.

This means that scientific revolutions do not simply rename the same world.

They reorganise what can coherently emerge as a world.

Kuhn repeatedly circled this insight without fully stabilising its ontological implications.

Consider the transition from phlogiston theory to oxygen chemistry.

From the modern perspective, it is tempting to describe the episode as a simple correction:

scientists once mistakenly believed in phlogiston and later discovered oxygen. The same chemical processes existed throughout; only the explanation changed.

But this retrospective framing quietly projects contemporary phenomenological organisation backward into the past.

For eighteenth-century chemists, phlogiston was not merely a fictional substance incorrectly inserted into otherwise familiar phenomena. Entire chemical processes were organised through a different construal system governing combustion, weight, transformation, material interaction, and explanatory coherence.

The phenomena themselves were differently constituted.

Combustion did not merely mean something different.

It emerged differently within the relational organisation sustaining chemical intelligibility at the time.

This is why translation across paradigms proves so unstable.

One cannot simply construct a dictionary equating:

• “phlogiston” with “absence of oxygen,”
• or Aristotelian “motion” with Newtonian “motion,”
• because the surrounding organisations of meaning differ structurally.

The terms do not occupy identical relational positions within their respective phenomenological systems.

And here philosophy’s usual response reveals the lingering power of representational metaphysics.

Most attempts to rescue commensurability assume that beneath differing conceptual schemes lies a neutral observational reality guaranteeing continuity. Even if theories change, “the world itself” supposedly remains stable enough to secure translation.

But this assumption merely reintroduces the very ontology Kuhn destabilised.

Relationally construed, there is no access to a phenomenological world independent of the construal organisations through which phenomena actualise.

This does not mean reality disappears into language.

Nor does it imply subjective idealism.

Material relations persist.

Constraints persist.

Practices persist.

Technological interventions persist.

But what becomes available as phenomenon emerges relationally through historically organised semiotic potentials.

Incommensurability therefore becomes neither irrational nor mysterious.

It is the entirely predictable consequence of transformations in the organisation of meaning itself.

And this explains one of the strangest features of scientific revolutions:

participants often talk past one another even while using apparently shared vocabularies.

The conflict is not merely semantic.

It is ontological.

The same word may participate in fundamentally different systems of phenomenological relation. Surface continuity masks deep discontinuity in the organisation of meaning.

Kuhn recognised this repeatedly in historical scientific disputes. Competing paradigms often appear unable to settle disagreements through straightforward evidence because the significance of evidence itself depends upon the prevailing construal organisation.

What counts as:

• an observation,
• a legitimate explanation,
• a proper question,
• a valid method,
• or even a meaningful distinction

is not stable across paradigms.

This is why revolutionary scientific debates so often become strangely circular.

Each side appears irrational to the other because each evaluates phenomena through partially incompatible organisations of meaning.

Importantly, however, relational ontology also allows us to avoid one of the major weaknesses in Kuhn’s own formulation.

Kuhn sometimes described paradigm shifts in ways that implied near-total discontinuity between scientific worlds. Critics understandably objected that science clearly retains substantial continuity across revolutions:

mathematics survives,

instruments persist,

experiments remain reproducible,

technologies continue functioning.

Relational ontology resolves this tension elegantly.

Incommensurability need not imply absolute disconnection.

Relational organisations can overlap partially while differing structurally.

Scientific revolutions rarely annihilate entire meaning systems completely. Rather, they reorganise relations within broader fields of construal, preserving some continuities while transforming the phenomenological significance of others.

This makes scientific change neither cumulative nor wholly discontinuous.

It is reorganisational.

And this point carries consequences far beyond philosophy of science.

Because the myth of translation extends deeply into modern thought itself.

Modernity repeatedly assumes that communication consists fundamentally in transferring identical meanings between stable minds using interchangeable symbolic labels. Translation becomes possible because meaning supposedly exists independently of relational organisation.

But if meaning is relationally constituted, then translation is never mere equivalence-transfer.

Every act of translation becomes a negotiation across partially different organisations of meaning and phenomenon.

Perfect translation is therefore impossible in principle — not because communication fails, but because meaning is not detachable from the relational systems through which it actualises.

Scientific revolutions simply expose this condition dramatically.

They reveal that understanding is not the passive reception of invariant truths but the ongoing reorganisation of relational possibility itself.

This, ultimately, was Kuhn’s most dangerous discovery.

Not that scientists disagree.

Not even that scientific truth changes historically.

But that worlds may become intelligible differently because meaning itself participates in the constitution of phenomena.

And once that possibility is recognised, the dream of perfect translation begins to dissolve.

Not into chaos.

But into relation.

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.

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.