教育、神经科学和创造力类型

Arne Dietrich, Sandra Zakka
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引用次数: 1

摘要

多元智能的概念在教育中已经深入人心。不同领域有不同类型的智力,这一观点有助于为学习和发展的教育方法提供信息。创造力研究的证据,特别是来自神经科学的证据,正在积累,也有不同类型的创造力。然而,这并不是神经科学研究创造力的主要方式。因此,不同类型的创造力的概念也尚未在教育中站稳脚跟。尽管心理学认为创造力是由许多复杂、多方面、多样化的认知和情感过程组成的,这些过程分布在许多不同的领域,但我们仍然认为并测试创造力,就好像它是一个单一、独立、有凝聚力和离散的东西。在坚持理论和概念不连贯的实验范式后,本文解释了为什么经验神经科学研究未能识别和区分不同类型的创造力。这一点尤其重要,因为神经科学可以率先建立多种创造力类型的概念。然后,论文概述了如果创造力继续被视为一个单一的教师或整体,对教育的负面影响。最后,本文将创造力分为三种类型,这可能会导致更个性化的教学方法,并在课堂上促进创造力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Education, neuroscience, and types of creativity

The concept of multiple intelligences has taken hold in education. The idea that there are different types of intelligence for different domains helps inform educational approaches to learning and development. Evidence in creativity research, particularly from neuroscience, is accumulating that there are also different types of creativity. This, however, has not been the predominant way neuroscience has approached creativity. Consequently, the idea of different types of creativity has also not yet taken hold in education. Despite psychology regarding creativity as being made up of many complex, multifaceted, and varied cognitive and emotional processes deployed across many different domains, we still think of, and test, creativity as if it were a single, separate, cohesive, and discrete thing. Having perseverated on experimental paradigms that are theoretically and conceptually incoherent, this paper explains why empirical neuroscience research has failed to identify and distinguish different types of creativity. This is particularly important because neuroscience can take a lead in establishing the idea of multiple creativity types. The paper then outlines the negative implications for education if creativity is continuously being treated as a single faculty or monolithic entity. Finally, the paper introduces a division of creativity into three types that could result in a more individual approach to teaching and promoting creativity in classrooms.

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