Skip to main content

Artificial Intelligence Does Not Understand

Artificial Intelligence does not understand, at least not in the way humans mean the word understanding. This is not a criticism of AI’s capability, but a clarification of context.

The confusion arises because we collapse multiple meanings of “understanding” into a single, unexamined concept. When AI performs well in language, reasoning, or problem-solving tasks, we intuitively project human comprehension onto it. But this projection ignores a critical distinction: understanding is not a monolith, but is stratified across contexts.

Without contextual stratification, discussions about AI intelligence, alignment, and consciousness become incoherent. We argue past each other, using the same word while referring to fundamentally different phenomena.


To say that AI “understands” is only true within specific, bounded contexts while being false in others. The problem is not AI. the problem is linguistic sloppiness.

Let's stratify “understanding” into four distinct contexts:


Functional Understanding (Task Context)

In this context, understanding means producing correct or useful outputs given an input.

Here, AI clearly understands.

AI can:
  • Translate languages
  • Write code
  • Diagnose patterns
  • Answer complex questions
  • Simulate reasoning steps
If understanding is defined purely as performance, then AI qualifies. This is the domain of benchmarks, evaluations, and productivity gains.

But functional success alone does not exhaust the meaning of understanding.


Linguistic Understanding (Symbolic Context)

Linguistically, understanding implies the manipulation of symbols according to learned structures and usage.

AI operates exceptionally well here.

Large language models internalize grammar, syntax, semantics, and pragmatic cues by statistical exposure to massive corpora. They can mirror tone, intent, and rhetorical structure with uncanny accuracy.

Yet this remains symbolic competence, not experiential comprehension. Words relate to other words—not to lived reality.

The map is detailed. The territory is absent.


Epistemic Understanding (Knowledge Context)

Epistemic understanding involves knowing why something is true, not merely that it is.

Humans ground knowledge in:
  • Causal models
  • Embodied experience
  • Error correction through consequence
  • Temporal continuity of belief
AI, by contrast, does not hold beliefs. It does not test hypotheses against reality. It does not suffer consequences for being wrong, just statistical penalties during training.

It produces explanations without possessing explanations.

That is not deception. It is architecture.


Phenomenological Understanding (Subjective Context)

This is the context most often smuggled into the conversation without acknowledgment.

Phenomenological understanding includes:
  • Awareness
  • Intentionality
  • Felt meaning
  • First-person experience
AI has none of these.

There is no inner perspective.
No sense of “knowing that it knows.”
No experience of confusion, insight, doubt, or realization.

To attribute this form of understanding to AI is not a technical error. It is a category mistake.


The strongest evidence that AI does not understand lies not in its failures—but in its successes.
  • AI can explain grief without having grieved.
  • It can discuss morality without moral agency.
  • It can simulate curiosity without curiosity.
  • It can argue positions without belief.
These are not shortcomings. They are signals.

They reveal a system optimized for pattern continuation, not meaning construction.

Even when AI produces novel insights, those insights are emergent from combinatorial probability, not intentional inquiry. Creativity appears, but authorship does not.

Understanding, in the human sense, is inseparable from:
  • Embodiment
  • Temporality
  • Stakes
  • Identity
AI has none of these anchors.

Artificial Intelligence does not understand except where we carefully define what “understand” means.

Once contextual stratification is applied, the debate dissolves:
  • AI understands functionally
  • AI understands linguistically
  • AI does not understand epistemically or phenomenologically
This clarity matters significantly.

Without it, we risk:
  • Over-attributing agency
  • Misplacing responsibility
  • Designing governance based on false assumptions
  • Expecting alignment where none can exist
AI is powerful precisely because it is not human. Treating it as though it were is not progress. It is confusion dressed as sophistication.


If understanding is context-dependent, then so is something even more foundational:

Truth.

In the next piece, we will explore why truth itself changes shape across scientific, legal, narrative, and personal contexts and why AI exposes this fracture rather than creates it.

The uncomfortable question is not whether AI tells the truth.

It is which truth we are asking for.

Popular

Contextual Stratification - Chapter 12: No Floor

The Search for the Bottom Throughout history, humans have searched for the ground floor of reality, the most fundamental level from which everything else emerges. The ancient Greeks proposed atoms: indivisible particles that couldn't be broken down further. Two thousand years later, we discovered atoms could be split, revealing electrons, protons, and neutrons. Surely these were fundamental? Then we found that protons and neutrons contained quarks. Perhaps quarks are fundamental? String theory suggests they might be vibrations of one-dimensional strings. Perhaps strings are fundamental? Some theories propose even strings are composed of more basic structures; branes, loops, or mathematical objects we don't yet have names for. Each generation believes it has reached the bottom, only to discover deeper structure. This could be a temporary state, we just haven't dug deep enough yet. Eventually we'll hit the truly fundamental level, and the digging will stop. Or it could be...
Read more

Contextual Stratification, Basilides, and the Shape of an Accurate Religion

Contextual Stratification quietly intersects with an unlikely figure: Basilides, the 2nd-century Gnostic often dismissed as obscure or overly metaphysical. Strip away the mythic language, and what remains is a sharp structural insight: reality is layered, and most human error comes from collapsing those layers into one. Basilides’ most radical idea was the Unknowable God—not a supreme ruler issuing commands, but a source beyond being, intention, or description. This god does nothing, says nothing, demands nothing. That sounds paradoxical until viewed through Contextual Stratification. Structurally, the Unknowable God maps cleanly onto the apex stratum: the highest layer that is necessary for grounding reality yet irrelevant for operation within it. Irrelevant here does not mean useless. It means non-operational. The apex stratum cannot be invoked to explain events, justify rules, or resolve disputes. It exists to mark a boundary—the point beyond which explanation, morality, and causati...
Read more

Contextual Stratification and Wittgenstein: From Language Games to Cognitive Architecture

Wittgenstein cracked a quiet truth that philosophy spent centuries missing: meaning doesn’t live in words but in use. A word means what it does in a situation, not what a dictionary freezes it to be. His concept of language games exposed how science, law, religion, and daily speech each operate under different rules, even when they reuse the same vocabulary. Contextual stratification is the next move. Where Wittgenstein described the phenomenon, contextual stratification structures it. Language games become explicit layers, like distinct strata where concepts are valid, coherent, and internally consistent. Confusion arises not from disagreement, but from dragging ideas across layers where they don’t belong. Most arguments aren’t wrong; they’re misplaced. Wittgenstein believed philosophical problems dissolve once we see how language is actually used. Contextual stratification operationalizes that belief: instead of debating meanings, you locate the layer. Instead of refuting claims, you...
Read more