From slow to fast logic: the development of logical intuitions

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS
Matthieu Raoelison, Esther Boissin, G. Borst, Wim De Neys
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引用次数: 16

Abstract

Abstract Recent reasoning accounts suggest that people can process elementary logical principles intuitively. These controversial “logical intuitions” are believed to result from a learning process in which developing reasoners automatize their application. To verify this automatization hypothesis, we contrasted the reasoning performance of younger (7th grade) and older (12th grade) reasoners with a two-response paradigm. Participants initially responded with the first intuitive response that came to mind and subsequently were allowed to deliberate on classic “bias” problems (base-rate problems and syllogisms). Results showed that in addition to showing less deliberate correction of an initial erroneous response, younger reasoners were specifically less likely to generate the correct response from the outset. The findings lend credence to the role of a developmental automatization process and indicate that developmental improvements in reasoning accuracy are at least partially driven by an improvement in the accuracy of our intuitions.
从慢逻辑到快逻辑:逻辑直觉的发展
最近的推理研究表明,人们可以直观地处理基本的逻辑原理。这些有争议的“逻辑直觉”被认为是一个学习过程的结果,在这个过程中,发展中的推理者将其应用自动化。为了验证这一自动化假设,我们用双反应范式对比了年幼(7年级)和年长(12年级)推理者的推理表现。参与者最初的反应是想到的第一个直觉反应,随后被允许考虑经典的“偏见”问题(基本率问题和三段论)。结果表明,除了对最初错误反应的刻意纠正较少外,年轻的推理者尤其不太可能从一开始就产生正确的反应。这些发现为发展自动化过程的作用提供了证据,并表明推理准确性的发展至少部分是由我们直觉准确性的提高所驱动的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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