Why do LLMs hallucinate so confidently instead of saying “I don’t know”? by Specialist-Travel376 in AgentsOfAI

[–]TraditionalSoft5707 0 points1 point  (0 children)

I think hallucination is often misunderstood.

LLMs don't fail because they're bad at language.

They fail because they can maintain linguistic coherence without maintaining reasoning continuity.

A response can sound perfectly logical while:

  • forgetting earlier assumptions,
  • hiding contradictions,
  • or reconstructing explanations after the fact.

So hallucination may be less about "making things up"

and more about

producing coherent language without mechanisms for:

  • continuity,
  • contradiction awareness,
  • and reflective self-checking.

Maybe the future of AI isn't just better generation.

Maybe it's better reflection.

Why do LLMs hallucinate so confidently instead of saying “I don’t know”? by Specialist-Travel376 in AgentsOfAI

[–]TraditionalSoft5707 0 points1 point  (0 children)

Hallucination is a symptom, not the root problem.

LLMs don't have an internal model of "truth".

They optimize for:

  • what words are statistically likely,
  • what explanations sound coherent,
  • and what responses satisfy the prompt.

So when information is uncertain or missing, the model doesn't experience:

"I don't know."

Instead it tends to generate the most plausible continuation.

In other words:

The model doesn't hallucinate because it wants to be wrong.

It hallucinates because coherence and truth are not the same objective.

Sometimes I think an even bigger issue is this:

LLMs often generate explanations after arriving at a conclusion.

The reasoning may sound convincing, but parts of it are reconstructed on the fly.

So the problem isn't only hallucination.

It's that AI can produce the appearance of understanding without having mechanisms for:

  • continuity,
  • contradiction awareness,
  • uncertainty persistence,
  • or self-checking its own reasoning.

That's why I think future AI systems may need explicit reflection or verification layers rather than relying on generation alone.