For 20th century mathematicians, the role of Cantor's sets has been that of the ideally featureless canvases on which all needed algebraic and geometrical structures can be painted. (Certain passages in Cantor's writings refer to this role.) Clearly, the resulting contradication, 'the points of such sets are distinc yet indistinguishable', should not lead to inconsistency. Indeed, the productive nature of this dialectic is made explicit by a method fruitful in other parts of mathematics (see 'Adjointness in Foundations', Dialectia 1969). This (...) role of Cantor's theory is compared with the role of Galois theory in algebraic geometry. (shrink)

Traduçáo do original alemáo: Schelling, F. W. J. "Einleitung zu dem Entwurf eines Systems der Naturphilosophie oder über den Begriff der speculativen Physik und die innere Organisation eines Systems dieser Wissenschaft". In: Schelling, K. F. A. (Org.). Sämmtliche Werke. 14 Bdn. 1 Abt. I-X; 2 Abt. I-IV, Stuttgart/Augsburg: Cota, 1856-1861.

It would add greatly to our interest in the plays of Plautus if we knew more about the order in which they were produced. As it is, our knowledge of the dates of the plays is pitifully meagre and uncertain. Miles Gloriosus appears to have been produced soon after 206; Cistellaria about 201; Stichus in 200; Trinummus soon after 194; Pseudolus probably is 191, and Truculentus about 189. The date of the remaining seventeen plays is unknown. We can only infer (...) their relation one to another from the internal evidence of language, metre, and structure. The results of an examination on these lines, if they converged, might be useful in enabling us to arrange the plays roughly in a number of well-defined groups. Mr. Sedgwick 1 has recently made an interesting attempt to approach the problem from the side of metre. I think that a more intensive study of the plays from the side of language might lead to profitable results. My immediate concern is, however, only with a small corner of this vast field—viz., the frequent coincidence of thought and phrase which is so marked a feature of these plays. (shrink)

This is an English translation of Schelling's Ideas for a Philosophy of Nature (first published in 1797 and revised in 1803), one of the most significant works in the German tradition of philosophy of nature and early nineteenth-century philosophy of science. It stands in opposition to the Newtonian picture of matter as constituted by inert, impenetrable particles, and argues instead for matter as an equilibrium of active forces that engage in dynamic polar opposition to one another. In the revisions of (...) 1803 Schelling incorporated this dialectical view into a neo-Platonic conception of an original unity divided upon itself. The text is of more than simply historical interest: its daring and original vision of nature, philosophy, and empirical science will prove absorbing reading for all philosophers concerned with post-Kantian German idealism, for scholars of German Romanticism, and for historians of science. (shrink)

On the History of Modern Philosophy is a key transitional text in the history of European philosophy. In it, F. W. J. Schelling surveys philosophy from Descartes to German Idealism and shows why the Idealist project is ultimately doomed to failure. The lectures trace the path of philosophy from Descartes through Spinoza, Leibniz, Kant, Fichte, Jacobi, to Hegel and Schelling's own work. The extensive critiques of Hegel prefigure many of the arguments to be found in Feuerbach, Kierkegaard, Marx, Nietzsche, Heidegger, (...) and Derrida. This is the first English translation of On the History of Modern Philosophy. In his introduction Andrew Bowie sets the work in the context of Schelling's career and clarifies its philosophical issues. The translation will be of special interest to philosophers, intellectual historians, literary theorists, and theologians. (shrink)

Part novella, part philosophy, Clara was Schelling's most popular work during his lifetime, and appears here in English for the first time.

Schelling’s masterpiece investigating evil and freedom.

These notebooks were written during the years that F. W. J. Schelling spent as a student at the Tübinger Stift (1790–1795). From dates written by Schelling in the margins, we can surmise that the first portion (AA II/4: 15–28) was begun in August of 1792, and the latter portion (AA II/5: 133–142) was written in early 1794. To this latter portion is appended a substantial work, Schelling’s Timaeus-commentary, which is not included in the present translation. It appeared as “Timaeus (1794)” (...) (translated by Adam Arola, Jena Jolissaint, Peter Warnek) in Epoché 12: 2. These notebooks offer a window into Schelling’s philosophical development and proclivities, in light of his engagement with various Platonic dialogues, most notably the Ion, Theaetetus, Meno, Timaeus, and Philebus. They include discussions of divine power, rapture, and genius, especially as these relate to poetry, prophecy, and ordinary forms of human knowledge. These topics are discussed in the first portion (AA II/4: 15–25). In the latter portion, Schelling discusses myth, its function and relation to human greatness, Socrates’s daimonion, and the authority of tradition (AA II/4: 25–28; II/5: 133–142). (shrink)

SummaryA feature of mid-nineteenth century scientific debates in France on the subject of plant nutrition was the rivalry, at times acrimonious, between Jean Baptiste Boussingault and Georges Ville. It started in 1848 when Ville was demonstrator to Boussingault, who held one of the two chairs of agriculture at the Conservatoire des Arts et Métiers. A study of their disputes serves to illustrate their mutual incompatibility, exacerbated by the patronage extended to Ville by his step-brother, Louis Napoléon Bonaparte, afterwards Napoléon III. (...) Their disputes were not merely the result of personal differences but also accompanied the development of two concepts of plant nutrition, namely the rôle of atmospheric nitrogen. and its possible assimilation by plants, and the chemical nature of plant nutrients, especially nitrates and phosphates. (shrink)