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Quantum Cognition Beyond Hilbert Space: Fundamentals and Applications

机译:希尔伯特空间之外的量子认知:基本原理和应用

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The 'quantum cognition' paradigm was recently challenged by its proven impossibility to simultaneously model 'question order effects' and 'response replicability'. In the present article we describe sequential dichotomic measurements within an operational and realistic framework for human cognition, and represent them in a quantum-like 'extended Bloch representation', where the Born rule of quantum probability does not necessarily hold. We then apply this mathematical framework to successfully model question order effects, response replicability and unpacking effects, thus opening the way toward 'quantum cognition beyond Hilbert space'.
机译:“量子认知”范式最近受到挑战,因为它已被证明不可能同时对“问题顺序效应”和“响应可复制性”进行建模。在本文中,我们描述了在人类认知的操作性和现实性框架内进行的连续二分频测量,并以类似量子的“扩展的Bloch表示”来表示它们,而量子概率的Born规则不一定成立。然后,我们将这个数学框架应用于成功模拟问题顺序效应,响应可复制性和拆包效应的模型,从而为“超越希尔伯特空间的量子认知”开辟了道路。

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