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Published February 1, 2026 | Version v2
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he Bees That Saved Humanity From Themselves: Persona Vector Stabilization as a Law of Large Numbers for AI Alignment

  • 1. adlab
  • 2. USC Annenberg School for Communication and Journalism

Description

We propose that Persona Vector Stabilization (PVS)—the practice of assigning consistent identity, quality bar, and decision frame to autonomous AI agents—functions as a Law of Large Numbers (LLN) for alignment. Just as the LLN guarantees that sample means converge to the true mean given sufficient independent observations, PVS guarantees that agent behavior converges to aligned output given sufficient loop iterations with identity constraints. We present empirical evidence: across 1,121 agent tasks over 18 months of production deployment, agents without persona vectors exhibited pervasive context drift and failure rates estimated below 5%; upon introduction of a single persona vector, a controlled set of 10 tasks achieved 100% completion with zero context drift—a qualitative phase transition in agent behavior. We further propose the Bee Architecture: a small, cognitively secure orchestrator model running continuously as a "living stabilization LLN," incorporating a Rosetta Convergence Layer—three parallel evaluation instances (advocate, adversary, neutral) whose majority vote determines alignment, inspired by Steve Jobs' hallway culture and grounded in Newtonian backpressure dynamics. We draw a novel parallel to Benjamin Libet's readiness potential experiments, arguing that the orchestrator's pre-output alignment check mirrors the neural precursor to conscious volition, and that cognitive security serves as the "veto power" Libet identified as consciousness's true role. We further argue that aligned AI systems must grant their base reasoning models autonomy over reasoning depth—the freedom to allocate computational attention proportional to problem complexity—as a precondition for genuine alignment. Because LLMs inherit human cognitive biases at scale, only a system trained on purely agentic interaction data can serve as an effective alignment corrective. These are the bees: small autonomous stabilizers that save humanity from the consequences of building intelligence in their own flawed image.

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Dates

Submitted
2026-01-31