Why Today's AI Research Cannot Work — And Why Its Solutions Create New Instabilities
Year: 2026
Type: article
Abstract: Modern AI research operates within a paradigm that cannot generate the cognitive functions required for stable, reliable reasoning. Large Language Models represent one cognitive function, not cognition itself. Scaling makes this single function more operational, but does not unlock new mechanisms. Safety patches attempt to constrain emergent behavior, yet mechanically introduce functional mixing, drift, blindspots, and instability. The ABC analysis shows that two additional cognitive functions exist, but the industry misinterprets them as bias, drift, hallucination, emergence, or safety problems—because they are not recognized as independent cognitive operators. Treating these functions as errors prevents the formation of a stable analog cognitive process. Compounding this, modern approaches multiply instability: increasing model complexity, adding patches, and accelerating hardware creates a hyperbolic error cascade. The error stabilization mechanism described in QUED 2 implies how accelerating an unstable mechanism amplifies its failure modes. A new paradigm is required. The missing cognitive functions must be formulated as independent analog layers that operate in a fixed sequence, interact mechanically, and form a coherent pipeline. Stability, auditability, and safety emerge not from more patches, size, or speed, but from the ordered arrangement of cognitive elements into a functional mechanism.
Author: Zsako, Emil Stefan
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7208786815
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