Confidence Gates: When AI Should Know Enough to Say 'I Don't Know'
A mechanism-first reading of the Confidence Gate Theorem, showing why abstention helps only when confidence measures the right kind of uncertainty.
A mechanism-first reading of the Confidence Gate Theorem, showing why abstention helps only when confidence measures the right kind of uncertainty.
PathMem shows why reliable expert AI may depend less on larger models and more on controlled memory transformation between durable knowledge and case-specific reasoning.
A mechanism-first reading of Local Classifier Alignment, a continual learning method that shows why evolving backbones can quietly break frozen classifiers.
A mechanism-first reading of how policy-parameterized prompts can steer LLM multi-agent dialogue without model training—and what that means for business agent systems.
A mechanism-first reading of new research showing why LLM reasoning can reduce deceptive recommendations—not because the written chain of thought is faithful, but because deception appears harder to sustain in representation space.
A mechanism-first reading of opaque serial depth: why model architecture, not just prompting, determines how much reasoning can happen beyond human-readable checkpoints.
MedMASLab shows why medical AI agent teams need standardized evaluation, not just more agents, more role-play, and longer deliberation.
A mechanism-first reading of Chain-of-Events, a training-free multimodal summarization framework that turns videos into event-structured narratives rather than prettier captions.
FlashPrefill shows how long-context inference can become cheaper not by shrinking prompts, but by finding and skipping low-value attention work before generation begins.
A mechanism-first reading of a two-stage script-similarity framework that learns from reliable labels without forcing uncertain historical relationships into false negatives.