Reasoning That Knows When to Shut Up
Epistemic fidgeting, metacognitive failure in silicon, and why the Qualcomm paper on edge reasoning matters more than its benchmark tables suggest.
Model design, neuroscience-inspired AI, scaling, hardware constraints
Epistemic fidgeting, metacognitive failure in silicon, and why the Qualcomm paper on edge reasoning matters more than its benchmark tables suggest.
Four papers that quietly crossed the AI–cognition border — and what got lost in transit.
LLM benchmarks are a best guess at genuine model capability: conditional statistics reported as if they were intrinsic traits of the model.
The quiet discipline that will determine whether AI tells the truth: context engineering, and why failures start in what a model is given to reason about.
Why the next leap in artificial intelligence will come from structure, not scale — and why a century of brain science has already drawn the blueprint.
Time as the medium in which computation unfolds, measured and synchronised at the level of individual neurons.
The pursuit of AI supremacy has reached an inflection point where fundamental physics, rather than algorithmic ingenuity alone, dictates competitive advantage.