Beyond the Written Record: Emergence of Biomechanical Intuition via Quantum Simulation and the Decoding of the Hummingbird Sesamoid Structure

Abstract

Chur Chin

Fields Medalist Professor June Huh has argued that artificial intelligence faces an inherent limitation due to its reliance on the "written record," which precludes the emulation of non-verbal intuition [1]. The 2026 "Humanity's Last Exam" (HLE) benchmark highlighted this ceiling, particularly in the complex biomechanical analysis of the tendon structures supporting the hummingbird’s sesamoid bone, where conventional models (Gemini 3, GPT-5.2) failed to provide correct inferences [2]. This study introduces an approach using the 105-qubit Willow processor and the Multiverse Quantum Transformer (MQT) architecture to transform biological structures into quantum Hamiltonian models. Our simulations reveal that a "six-pair auxiliary tendon" structure—previously undocumented in fragmented datasets—emerges as a physical necessity within the energy ground state. These findings demonstrate that AI can transcend pattern matching to create intuitive solutions by directly simulating the laws of physics.

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