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Organic Monadology in Maupertuis

机译:Maupertuis的有机物Monadology

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The present paper aims to define the seminal parts in the generation theory in Pierre-Louis Moreau de Maupertuis’s System of nature as Leibnizian physical monads of a special type, organic monads, whose main characteristics are: 1) uniting, within the same explanatory system, epigenesis and preformation, following from an interpretation where initial conditions for epigenesis are a homogenous, non-organic seminal matter; 2) having psychic properties which give them a preformational character, allowing seminal parts to display a combination of material and representational morphologies, elaborated from a distinction between the substantial and relational character of chemical affinities proposed by Fran?ois-Geoffroy; 3) bringing, through the previous two characteristics, the System of nature to intelligibly express preexistence, a concept present in Maupertuis’ conjectures on the origins of the first organisms, where to a strongly naturalistic scenario, a supernatural cause is added—one consistent, within limits, with the natural indestructibility of the physical monad within a panspermic reading of the original Leibnizian monadology. Together, these characteristics allow us to define Maupertuis’s generation theory as an organic monadology, capable of expressing itself in other components of the modern sciences of life and the organic, revealing a historical continuity for the heuristics of Leibniz’s natural philosophy.
机译:本文旨在将Pierre-Louis Moreau de Maupertuis的自然系统中生成理论中的重要部分定义为一种特殊类型的莱布尼兹物理单子,即有机单子,其主要特征是:1)在相同的解释系统中结合在一起,表观遗传和预形成,其解释是表观遗传的初始条件是同质的,非有机的精子; 2)具有心理性质,使它们具有预先形成的特征,使开创部分能够显示出物质形态和表征形态的组合,这是弗朗索瓦-杰弗罗伊提出的化学亲和力的实质和关系特征之间的区别所阐明的; 3)通过前两个特征,使自然系统清晰地表达存在,这一概念出现在毛珀瑞斯关于第一种生物起源的猜想中,在强烈自然主义的场景中,增加了一种超自然的原因-一个一致的原因,在有限的范围内,对原始莱布尼兹一元论的泛读进行了物理一元论的自然坚不可摧。这些特征共同使我们能够将莫珀特瑞斯的世代论定义为有机一元论,能够在现代生命科学和有机物的其他组成部分中表达自己,从而揭示出莱布尼兹自然哲学启发式的历史连续性。

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