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This short paper presents the initial investigation of the biologically inspired coherent spin dynamics for use in an unconventional in-materio computing scenario. The radical pair mechanism is analyzed from the information-theoretic perspective based on the previously developed framework and further investigated regarding the structure of multivariate information, an approach recently adopted for describing emergent phenomena. Some initial simulation results indicate that the entropic relations within the investigated system hold for the addressed framework. This knowledge provides directions for manipulation of physical substrates with radical pairs toward a computational goal.

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Partial Information Decomposition of the Radical Pair Spin Dynamics in Avian Magnetoreception Mechanism

  • 会议论文

  • 发表日期：

    2026年

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  • Dragana Laketić

摘要

This short paper presents the initial investigation of the biologically inspired coherent spin dynamics for use in an unconventional in-materio computing scenario. The radical pair mechanism is analyzed from the information-theoretic perspective based on the previously developed framework and further investigated regarding the structure of multivariate information, an approach recently adopted for describing emergent phenomena. Some initial simulation results indicate that the entropic relations within the investigated system hold for the addressed framework. This knowledge provides directions for manipulation of physical substrates with radical pairs toward a computational goal.