Descartes’s Deduction of the Law of Refraction and the Shape of the Anaclastic Lens in Rule 8

Tarek R. Dika
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Abstract

Descartes’s most extensive discussion of the law of refraction and the shape of the anaclastic lens is contained in Rule 8 of Rules for the Direction of the Mind. Few reconstructions of Descartes’s discovery of the law of refraction take Rule 8 as their basis. In Rule 8, Descartes denies that the law of refraction can be discovered by purely mathematical means, and he requires that the law of refraction be deduced from physical principles about natural power or force, the nature of the action of light, and the behavior of light rays in a variety of transparent media. For over a century, however, there has been broad agreement that Descartes discovered the law of refraction by purely mathematical means, and that he only later provided the relevant physical rationale (via comparisons or analogies) in Dioptrics II. I execute each step in Descartes’s proposed deduction of the law of refraction and the shape of the anaclastic lens in Rule 8 and concretely show how Descartes could have discovered the law of refraction and the shape of the anaclastic by its means. Rule 8, I argue, reflects Descartes’s actual path to the discovery of the law of refraction and the shape of the anaclastic lens.
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笛卡儿对折射定律的推导和规则8中无塑性透镜的形状
笛卡尔关于折射定律和非塑性透镜形状的最广泛的讨论包含在《心灵方向规则》的第8条规则中。很少有对笛卡儿发现的折射定律的重建以规则8为基础。在规则8中,笛卡儿否认可以用纯数学的方法发现折射定律,他要求从自然力或自然力的物理原理、光作用的本质以及光线在各种透明介质中的行为中推导出折射定律。然而,一个多世纪以来,人们普遍认为笛卡儿是通过纯粹的数学方法发现折射定律的,直到后来他才在《屈光学II》中提供了相关的物理原理(通过比较或类比)。我执行了笛卡尔在规则8中提出的关于折射定律和无塑性透镜形状的推导的每一步,并具体地展示了笛卡尔是如何通过它来发现折射定律和无塑性透镜的形状的。我认为,规则8反映了笛卡儿发现折射定律和非塑性透镜形状的实际路径。
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1.20
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25
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