Concept Formation in Physics from a Linguist’s Perspective

W. Thielmann
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Abstract

: This chapter explores concept formation in physics from a linguist ’ s point of view. After some preliminary reflections on conceptual structures, the chapter attempts to demonstrate that the key concept of modern physics is the body concept as introduced by Galileo. In stark contrast to the concepts we usu-ally possess, the body concept is an operational concept, i.e. a concept the purpose of which is the levelling of ontological differences. Employing operational concepts in the natural sciences shifts the line of inquiry from how natural things are to how we can manipulate them. The answers we get to such questions are – even though they involve nature – not about nature, but about our interaction with nature. If we continue forgetting about the role of human agents in scientific inquiry, physics may, however, prevail at the very bottom of the epistemological well at which Eugene Wigner marvelled at the “ the miracle of the appropriateness of the language of mathematics for the formulation of the laws of physics ” .
从语言学家的角度看物理学中的概念形成
本章从语言学家的角度探讨物理学中概念的形成。在对概念结构进行了一些初步的思考之后,本章试图证明现代物理学的关键概念是伽利略引入的物体概念。与我们通常拥有的概念形成鲜明对比的是,身体概念是一个操作性概念,即一个旨在消除本体论差异的概念。在自然科学中使用可操作的概念将探究的方向从事物是如何自然转向了我们如何操纵它们。我们对这些问题的答案是——尽管它们涉及自然——不是关于自然,而是关于我们与自然的互动。如果我们继续忘记人类在科学探究中的作用,物理学可能会在认识论的最底层占上风,尤金·维格纳(Eugene Wigner)曾在认识论的最底层惊叹于“数学语言对物理定律表述的恰当性的奇迹”。
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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