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We present COSMOS (Consciousness-Oriented Self-Modifying Operating System), a theoretical and novel framework for implementing consciousness-like properties in artificial general intelligence (AGI) systems. Our approach introduces an introspection-driven cognitive alignment architecture where distinct yet interacting self and world models are continuously recreated, enabling metacognitive capabilities through an adaptive Architect-Plan-Interact loop. This paper demonstrates how COSMOS can advance beyond traditional input-output paradigms by implementing neurologically inspired mechanisms for self-awareness, environmental interaction, and adaptive learning.

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Agentic Correlates of Consciousness and the Pursuit of Artificial General Intelligence

  • 会议论文

  • 发表日期：

    2026年

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  • Shannon Gray,
  • George Tambouratzis,
  • Sanju Mannumadam Venugopal,
  • Sridhar Raghavan,
  • Richard Jiarui Tong,
  • Zeyu Han

摘要

We present COSMOS (Consciousness-Oriented Self-Modifying Operating System), a theoretical and novel framework for implementing consciousness-like properties in artificial general intelligence (AGI) systems. Our approach introduces an introspection-driven cognitive alignment architecture where distinct yet interacting self and world models are continuously recreated, enabling metacognitive capabilities through an adaptive Architect-Plan-Interact loop. This paper demonstrates how COSMOS can advance beyond traditional input-output paradigms by implementing neurologically inspired mechanisms for self-awareness, environmental interaction, and adaptive learning.