标题： 认知三缝实验 显示英文标题

标题： The cognitive triple-slit experiment

摘要： 量子认知已经使得对人类认知过程进行有效建模成为可能，揭示了人类思维测试的概念实体属性与测量仪器测试的微观实体属性之间的许多相似之处。 量子认知的成功也使得可以提出一种量子力学的解释，称为概念性解释，该解释将量子实体归因于与人类概念相似的概念性质。 本研究通过分析单缝、双缝和三缝实验的认知版本，融入这些研究领域。 数据清楚地显示了缝隙之间典型的干涉条纹以及次级条纹的雏形。 我们的分析还表明，尽管量子实体和人类概念可能具有相同的概念性质，但它们在特定情境中表现这种性质的方式可能大相径庭。 从Sorkin参数显著偏离零的情况也可以看出这一点，这表明人类决策中存在强烈的不可约第三阶干涉贡献。 显示英文摘要

摘要： Quantum cognition has made it possible to model human cognitive processes very effectively, revealing numerous parallels between the properties of conceptual entities tested by the human mind and those of microscopic entities tested by measurement apparatuses. The success of quantum cognition has also made it possible to formulate an interpretation of quantum mechanics, called the conceptuality interpretation, which ascribes to quantum entities a conceptual nature similar to that of human concepts. The present work fits into these lines of research by analyzing a cognitive version of single, double, and triple-slit experiments. The data clearly show the formation of the typical interference fringes between the slits as well as the embryos of secondary fringes. Our analysis also shows that while quantum entities and human concepts may share a same conceptual nature, the way they manifest it in specific contexts can be quite different. This is also evident from the significant deviation from zero observed for the Sorkin parameter, indicating the presence of strong irreducible third-order interference contributions in human decision.