论科学史与科学哲学在科学教学中的介入——促进文化内容知识的途径

I. Galili
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引用次数: 1

摘要

本研究解决了将物理知识表示为由几个基本理论组成的方法,每个基本理论都有明确的结构。我们不再是常规的双学科结构,即知识的核心和主体,而是扩展到第三种类型的知识元素——边缘。后者包括来自特定知识领域的历史话语的知识的替代和有问题的元素。选择的包含不仅对比了理论的核心,而且实际上决定了它的意义和有效范围。外围可能包括学习者的其他概念。通过有意义的学习所需要的概念变化来建立学习空间的是外围。总之,这种教学方法寻求在学习者中构建文化内容知识。此外,CCK还确定了科学史和科学哲学在科学课程中的作用和贡献,即为三位一体结构提供要素,澄清物理基础理论之间的关系。CCK是关于重量概念的例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the involvement of History and Philosophy of Science in teaching Science – an approach promoting cultural content Knowledge
This study addresses the approach of representing physics knowledge as being comprised of few fundamental theories, each explicitly structured. Instead of a regular dual disciplinary structure, nucleus and body of knowledge, we expand to the third type of knowledge elements – periphery.  The latter includes alternatives and problematic elements of knowledge from the historical discourse in the particular domain of knowledge. The inclusion of alternatives not only contrasts the nucleus of the theory but actually determines its meaning and the area of its validity. The periphery may include alternative conceptions of learners. It is the periphery that establishes the space of learning by conceptual variation which is required for meaningful learning. Altogether, this teaching approach seeks constructing cultural content knowledge (CCK) in the learner. Moreover, CCK determines the role and contribution of the history and philosophy of science in science curriculum as providing elements to the triadic structure and clarifying the relationship among the fundamental theories of physics. The CCK is exemplified with regard to the concept of weight.
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