首页|微积分、连续体的解构:论活力争论与莱布尼茨动力学的开端

微积分、连续体的解构:论活力争论与莱布尼茨动力学的开端

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守恒问题是物理学的重要问题之一.莱布尼茨的相关探讨引发了科学史上著名的"活力争论",争论围绕的是何者守恒(运动还是力)以及守恒量的测算公式.通过对运动的存在论考察,莱布尼茨将这一物理学问题推到形而上学,发展出反笛卡尔的物理学-形而上学体系.他运用独创的微积分方法,解构包括运动和时空在内的连续体,将运动还原到力,并建立了时空的相对性理论.这一考察拆除了运动的"通过自身的实在性",使得莱氏以实体形式为核心的动力学得以可能.在这一进路中,微积分是理解莱布尼茨思想的重要环节,学界对此未有足够的阐发.文章的考察表明,其哲学体系是数学、物理学和形而上学的有机统一体.
Calculus,Decomposition of the Continuum:On the Vis Viva Controversy and the Beginning of Leibniz's Dynamics
The problem of conservation is one of the significant problems in physics.Leibniz's related discussion induced the famous vis viva controversy in history of sciences,which involved the questions that what is conserved(motion or force)and the formula for calculation of the conserved quantities.Through his ontological investigation on the motion,Leibniz pushed this physical problem to the level of metaphysics and developed an anti-cartesian physico-metaphysical system.Implementing his original method of calculus,he decomposed the continuum invol-ving motion,time and space.The motion was reduced to the force,and a theory of relativity of time and space was established.Such investigation destroyed the reality of the motion per se,which made possible Leibniz's dynamics centered on substantial forms.In this approach,the calculus is the important moment to understand Leibniz's thoughts,which has not yet been sufficient elucidated.This essay shows that Leibniz's philosophical system is an organic unity of mathematics,physics and metaphysics.

LeibnizDescartesdynamicscontinuumvis viva

严杭迪

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复旦大学哲学学院,上海 200433

莱布尼茨 笛卡尔 动力学 连续体 活力

2024

科学技术哲学研究
山西大学 山西省自然辩证法研究会

科学技术哲学研究

CSSCICHSSCD北大核心
影响因子:0.299
ISSN:1674-7062
年,卷(期):2024.41(3)
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