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破碎的物理学:直观物理推理中的合取谬误效应

Broken Physics: A Conjunction-Fallacy Effect in Intuitive Physical Reasoning.

作者信息

Ludwin-Peery Ethan, Bramley Neil R, Davis Ernest, Gureckis Todd M

机构信息

Department of Psychology, New York University.

Department of Psychology, University of Edinburgh.

出版信息

Psychol Sci. 2020 Dec;31(12):1602-1611. doi: 10.1177/0956797620957610. Epub 2020 Nov 2.

Abstract

One remarkable aspect of human cognition is our ability to reason about physical events. This article provides novel evidence that intuitive physics is subject to a peculiar error, the classic conjunction fallacy, in which people rate the probability of a conjunction of two events as more likely than one constituent (a logical impossibility). Participants viewed videos of physical scenarios and judged the probability that either a single event or a conjunction of two events would occur. In Experiment 1 ( = 60), participants consistently rated conjunction events as more likely than single events for the same scenes. Experiment 2 ( = 180) extended these results to rule out several alternative explanations. Experiment 3 ( = 100) generalized the finding to different scenes. This demonstration of conjunction errors contradicts claims that such errors should not appear in intuitive physics and presents a serious challenge to current theories of mental simulation in physical reasoning.

摘要

人类认知的一个显著特点是我们对物理事件进行推理的能力。本文提供了新的证据,表明直观物理学容易出现一种特殊的错误,即经典的合取谬误,在这种谬误中,人们认为两个事件同时发生的概率比其中一个事件发生的概率更高(这在逻辑上是不可能的)。参与者观看了物理场景的视频,并判断单个事件或两个事件同时发生的概率。在实验1(n = 60)中,对于相同的场景,参与者一致认为合取事件比单个事件发生的可能性更大。实验2(n = 180)扩展了这些结果,排除了几种替代解释。实验3(n = 100)将这一发现推广到不同的场景。这种合取错误的证明与那种认为此类错误不应出现在直观物理学中的观点相矛盾,并对当前物理推理中的心理模拟理论提出了严峻挑战。

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