发现在科学理论建构中的中心地位

Sudhakar Venukapalli
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引用次数: 0

摘要

科学的心态包括对某些问题的某种思维方式和反应方式。为了培养这些品质和态度,一个人必须吸收和内化科学方法的动态。但关键的问题是,科学发现背后的思维模式是什么,如果它确实存在的话?这个问题的答案对我们的科学方法知识,因此,对科学训练和科学教育哲学有重大贡献。认识到科学理论中发现的中心地位,将使我们认识到我们必须向理科生灌输什么样的思维模式,以及如何使他们看到科学与人类创造性努力的其他领域(如艺术)之间的关系。本文试图在托马斯·尼克尔斯的问题和约束思想的背景下,发展加里·古廷和理查德·布里安对科学发现的哲学立场。这两位科学哲学家成功地将问题和约束作为表征科学思维的关键概念。的确,卡尔·波普尔是第一位强调问题在科学思维中的作用的哲学家。然而,他止步于此,并没有揭示科学问题的本质,而古廷和理查德·布里安已经非常出色地完成了这项任务,他们将发现问题视为方法论的中心问题。最重要的是,他们对科学发现的立场从根本上区别于保守主义的观点,即范畴重新定位,用新的范畴取代旧的范畴,通过新的范畴来描述和解释科学的本质。正如我们将在下面的讨论中所阐述的那样,这些变化从根本上改变了关于发现的论述,对科学教育(无论是正式的还是其他的)具有重大意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE CENTRALITY OF DISCOVERY IN SCIENTIFIC THEORIZING
Scientific frame of mind consists in a certain mode of thinking and type of response to certain problems. In order to develop these qualities and attitudes one has to imbibe and internalize the dynamics of the method of science. But the vital question is, what is that pattern of thought, if at all it exists, that lies behind the discoveries of science? The answer to this question has something substantial to contribute to our knowledge of scientific method and therefore, to science training and to the philosophy of science education. The recognition of the centrality of discovery in scientific theorizing will enable us to realize what mode of thinking we must inculcate in the minds of science students and also how to enable them to see the relation between science and other domains of human creative endeavor such as art. An attempt is made in this paper to develop the philosophical position of Gary Gutting and Richard Burian on scientific discovery against the backdrop of Thomas Nickles ideas of problems and constrints. These two philosophers of science have succeeded in brining to fore the idea of problems and constraints as the pivotal concepts in characterizing scientific thinking. It is true that Karl Popper was the first philosopher to emphasize the role of problems in scientific thinking. However, he stopped at it without laying bare the texture of the scientific problematic, a task which is very ably performed by Gutting and Richard Burian who have been taken the problem of discovery as the central methodological issue. Most importantly their position on scientific discovery fundamentally distinguishes itself from the conservative views in terms of categorial reorientation, which replaces the old categories by the new ones through which the essential nature of science is described and explained. As will be elaborated in the following discussion, these changes have fundamentally altered the discourse about discovery in ways that can be of momentous significance to science education, formal or otherwise.
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