법칙, 이론, 그리고 원리: 규범적 의미와 실제사용에서의 혼란
Law, Theory, and Principle: Confusion in the Normative Meaning and Actual Usage
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초록
과학의 본성(NOS)에 대한 교육 담론들은 과학지식의 역할에 따른 구분, 특히 이론과 법칙의 구분을 과학교육의 중요한 학습목표로 규정한다. 그런데 과학자집단은 법칙, 이론, 원리 등의 용어를 명확한 정의 없이 사용하며, 이 용어들이 관습적인 언어표현 속에서 일관된 의미를 갖지도 않는다. 당위와 현실사이의 이러한 차이는 교수학습의 혼란을 유발할 수 있다. 이러한 문제의식에서 본 연구는 법칙, 이론, 원리의 의미, 그리고 과학지식의 구조에 대해 논의한 과학교육연구와 과학철학문헌을 비판적으로 검토하였다. 과학교육연구에 대한 검토 결과 NOS 연구자들에 의한 법칙과 이론의 규범적 정의와 이 용어들의 실제 사용 사이의 불일치는 상당히 심각한 것으로 드러났다. 또한 과학철학문헌에 대한 검토를 통해 법칙과 이론의 구분이라는 이분법을 넘어서 과학지식에서 법칙, 이론, 원리라는 세 범주를 구분해야 할 필요성을 제기하였고, 관련 논의를 종합하여 법칙, 이론, 원리에 해당하는 지식의 특성을 정리하였다. 규범적 정의와 관습 사이의 불일치를 고려하면 세 범주와 관련된 교육의 목표로 용어의 정확한 구분을 강조하는 것은 바람직하지 않을 수 있다. 그보다는 서로 다른 기능과 특징을 갖는 세 종류의 지식이 있다는 것에 교육의 초점을 맞출 필요가 있다.
Abstract
Educational Discourses on the nature of science(NOS) identify understanding of the role of scientific knowledge, especially the distinction between law and theory, as a crucial goal of instruction. However, the scientist community uses the terms such as law, theory, and principle without explicit definition so that the terms have no coherent meanings in their conventional language expression. The inconsistency between the norm and the reality could impose confusion on the teaching and learning. From the awareness of the problem, this study critically reviews the science education research papers and literatures on the philosophy of science which focus on the meaning of law, theory, or principle and the structure of scientific knowledge. From the examination of the science education researches, it is revealed that the disparity between the normative meanings of the law and theory by NOS researchers and actual usage of the terms is quite serious. From the review of the literatures of the philosophy of science, the necessity of the distintion of three categories: law, theory, and principle beyond the dichotomy between law and theory is brought up. By synthesizing the related literatures, we provide an outline of the characteristics of knowledges belonging to law, theory, and principle. Considering the conflict between the normative definition and the conventional language, it could be unnecessary to emphasize clear distinction on the terms as an instructional goal. Instead, the goal of instruction should focus on that there are three types of scientific knowledges of different functions and characteristics.
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