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### Paper 1 — AI In The Loop (AITL)
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**AI In The Loop: A Systems Taxonomy for Closed-Loop Autonomous Evaluation**
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*Sanskar Jajoo,
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Establishes a formal taxonomy for autonomous AI evaluation systems, defining the layered architecture (Coder, Reviewer, Meta-Controller) that enables closed-loop ML engineering without human intervention.
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### Paper 2 — The Autonomous Sunk-Cost Fallacy
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**The Autonomous Sunk-Cost Fallacy: Stopping Failures and Meta-Reasoning in LLMs Deployed within AEOS**
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*Sanskar Jajoo,
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Discovers that LLM agents exhibit a computational analog of the human sunk-cost fallacy — continuing to invest compute into failing strategies rather than stopping. Introduces the AEOS (Autonomous Empirical Optimization System) framework and demonstrates that dual-agent architectures with asymmetric reviewer-coder roles eliminate this failure mode.
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### Paper 1 — AI In The Loop (AITL)
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| 27 |
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**AI In The Loop: A Systems Taxonomy for Closed-Loop Autonomous Evaluation**
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| 29 |
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*Sanskar Jajoo, Neuralchemy Labs, 2026*
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Establishes a formal taxonomy for autonomous AI evaluation systems, defining the layered architecture (Coder, Reviewer, Meta-Controller) that enables closed-loop ML engineering without human intervention.
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| 32 |
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| 37 |
### Paper 2 — The Autonomous Sunk-Cost Fallacy
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| 38 |
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| 39 |
**The Autonomous Sunk-Cost Fallacy: Stopping Failures and Meta-Reasoning in LLMs Deployed within AEOS**
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| 40 |
+
*Sanskar Jajoo, Neuralchemy Labs, 2026*
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| 41 |
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| 42 |
Discovers that LLM agents exhibit a computational analog of the human sunk-cost fallacy — continuing to invest compute into failing strategies rather than stopping. Introduces the AEOS (Autonomous Empirical Optimization System) framework and demonstrates that dual-agent architectures with asymmetric reviewer-coder roles eliminate this failure mode.
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| 43 |
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