E Differential Point of View of the Infinitesimal Calculus in Spinoza, Leibniz Anddeleuze
نویسنده
چکیده
In Hegel au Spinosa:' Pierre Macherey challenges the influence of Hegel's reading of Spinoza by stressing the degree to which Spinoza eludes the grasp of the Hegelian dialectical progression of the history of philosophy. He argues that Hegel provides a defensive misreading of Spinoza, and that he had to "misread him" in order to maintain his subjective idealism. The suggestion being that Spinoza's philosophy represents, not a moment that can simply be sublated and subsumed within the dialectical progression of the history of philosophy, but rather an alternative point of view for the development of a philosophy that overcomes Hegelian idealism. Gilles Deleuze also considers Spinoza's philosophy to resist the totalising effects of the dialectic. Indeed, Deleuze demonstrates, by means of Spinoza, that a more complex philosophy antedates Hegel's, which cannot be supplanted by it. Spinoza therefore becomes a significant figure in Deleuze's project of tracing an alternative lineage in the history of philosophy, which, by distancing itself from Hegelian idealism, culminates in the construction of a philosophy of difference. It is Spinoza's role in this project that will be demonstrated in this paper by differentiating Deleuze's interpretation of the geometric.al example of Spinoza's Letter Xli (on the problem of the infinite) in Expressionism in Philosophy, Spinoza,' from that which Hegel presents in the Science ofLogic,' Both Hegel and Deleuze each position the geometrical example at different stages in the early development of the differential calculus. By demonstrating the relation between "the differential point of view of the infinitesimal calculus" and the differential calculus of contemporary mathematics, Deleuze effectively bypasses the methods of the differential calculus which Hegel uses to support the development of the dialectical logic.
منابع مشابه
Completeness of the Leibniz Field and Rigorousness of Infinitesimal Calculus
We present a characterization of the completeness of the field of real numbers in the form of a collection of ten equivalent state ments borrowed from algebra, real analysis, general topology and non-standard analysis. We also discuss the completeness of nonArchimedean fields and present several examples of such fields. As an application we exploit one of our results to argue that the Leibniz ...
متن کاملPerfection, Power and the Passions in Spinoza and Leibniz
I In a short piece written most likely in the 1690s and given the title by Loemker of “On Wisdom,” Leibniz says the following: “...we see that happiness, pleasure, love, perfection, being, power, freedom, harmony, order, and beauty are all tied to each other, a truth which is rightly perceived by few.” Why is this? That is, why or how are these concepts tied to each other? And, why have so few ...
متن کاملInfluence of annealing on anisotropic crystalline structure of HDPE cast films
High density polyethylene (HDPE) films were produced using cast film extrusion process with different draw ratios, ranging from 16.9 to 148.8. Morphology, crystallinty and orientation state of crystalline and amorphous phases of the cast films were investigated using scanning electron microscopy (SEM), differential scanning calorimetry (DSC) and polarized Fourier transform infrared spectroscopy...
متن کاملSpinoza , the No Shared Attribute thesis , and the Principle of Sufficient Reason
1 Introduction According to Spinoza, 'In Nature there cannot be two or more substances of the same nature or attribute' (IP5). 1 Call this the 'No Shared Attribute' thesis, 2 hereafter NSA. It is widely recognised (indeed, virtually undeniable) that NSA plays a crucial role in Spinoza's argument in The Ethics for his version of substance monism—for the view that there exists only one substance,...
متن کاملAn analytic study on the Euler-Lagrange equation arising in calculus of variations
The Euler-Lagrange equation plays an important role in the minimization problems of the calculus of variations. This paper employs the differential transformation method (DTM) for finding the solution of the Euler-Lagrange equation which arise from problems of calculus of variations. DTM provides an analytical solution in the form of an infinite power series with easily computable components. S...
متن کامل