Academia.edu no longer supports Internet Explorer.
To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser.
…
3 pages
1 file
Lucretius was the first philosopher of immanence. It is he and not Democritus or Epicurus who holds this title. If we want to understand the historical emergence of the concept of immanence, we should start by distinguishing its precursors in Greek atomism from its first complete incarnation in Lucretius. This way, we can see exactly what first defined and distinguished immanence from its past. Therefore in what follows I would like to make three, perhaps controversial, claims about the emergence of philosophical immanence. 1) Lucretius was not an atomist, 2) Greek atomism reintroduced transcendence, and 3) It is the primacy of motion in Lucretius that defines his philosophical immanence. Lucretius was not an atomist This thesis is as counterintuitive as it is straightforward. The first major difference between Lucretius and the earlier Greek atomists is precisely that—the atom. For Leucippus, Democritus, and Epicurus atoms are always in motion, but the atom itself remained fundamentally unchanged, indivisible, and thus internally static—even as it moved. Thus instead of positing discrete atoms as ontologically primary as both ancient Greek and later modern theories do, one of Lucretius's greatest novelties was to posit the movement or flow of matter as primary. Lucretius did not simply " translate Epicurus, " as the Greco-centric story goes; rather, he introduced the first immanent kinetic materialism in the West. For example, although the Latin word atomus (smallest particle) was available to Lucretius to use in his poem, he intentionally did not use it, nor did he use the Latin word particula or particle to describe matter. The English translations of " atom, " " particle, " and others have all been added to the text in translation based on a certain historical interpretation of it. The idea that Lucretius subscribed to a world of discrete particles called atoms is therefore both a projection of Epicureanism, who used the Greek word atomos, and a retroaction of modern scientific mechanism of the fifteenth century onto De Rerum Natura. Lucretius rejected entirely the notion that things emerged from discrete particles. To believe otherwise is to distort the original meanings of the Latin text as well as the absolutely enormous poetic apparatus he summoned to describe the flowing, swirling, folding, and weaving of the flux of matter. Although Lucretius rejected the term atomus, he remained absolutely true to one aspect of the original Greek meaning of the word, τομος (átomos, " indivisible "), from-(a-, " not ") + τέμνω (témnō, " I cut "). Being is not cut up into discrete particles, but is composed of continuous flows, folds, and weaves. Discrete " things " (rerum) are composed of corporeal flows (corpora) that move together (conflux) and fold over themselves (nexus) in a woven knot work (contextum). For Lucretius, things only emerge and have their being within and immanent to the flow and flux of matter in motion. Discreteness is an apparent product of continuous folded matter, uncut, undivided, and in motion and not the other way around.
The expression refers to the "natural philosophy" of the Greek philosopher Epicurus, that is, the attempt to describe and explain what a modern reader would call the "physical phenomena", using a rational, systematic and organized discourse. Besides, atomism appears to be a specific answer to a more basic question in metaphysics raised by the pre-Socratic philosopher Parmenides, and which underlies any attempt the explain any phenomena: since everything we can talk about is supposed to exist, or to "be", and since being refers to the features of things that are unchanging and one, Parmenides highlights the fact that change is impossible, since it is a contradictory concept. This is a particularly interesting contradiction, insofar as explaining phenomena involves the ability to explain how something can turn, or change into something else -and so become the phenomena we see. The contradiction can be formulated like this: how can any "being" thing change, that is, turn into something else, since being means "unchanging and one"? The issue raised here is the problem of knowing how physical phenomena are possible, since they require a being to change (for instance, fire consists in burning wood, that is, changing it into ashes and smoke). Everything that exists should never change, but the very fact of existing, namely to appear to us as a phenomenon, conceptually requires the phenomenon to be an effect, i.e. the result of a cause, which is itself different from its effect. In other terms, the existence of phenomena requires change, but being cannot afford it. On the one hand, the world (i.e. everything that happens to be) should never have changed in order to respect the concept of being. But on the other hand, we can experience what appears to be change, like spatial movement or the death of other people, which seems to be the corporeal change from life to non-life, from something to its contrary.
Interpreting Lucretius as an atomist was one of the biggest interpretive errors in the history of philosophy and science.
Revista Española de Filosofía Medieval
As Aristotle classically defined it, continuity is the property of being infinitely divisible into ever-divisible parts. How has this conception been affected by the process of mathematization of motion during the 14th century? This paper focuses on Nicole Oresme, who extensively commented on Aristotle’s Physics, but also made decisive contributions to the mathematics of motion. Oresme’s attitude about continuity seems ambivalent: on the one hand, he never really departs from Aristotle’s conception, but on the other hand, he uses it in a completely new way in his mathematics, particularly in his Questions on Euclidean geometry, a tantamount way to an atomization of motion. If the fluxus theory of natural motion involves that continuity is an essential property of real motion, defined as a res successiva, the ontological and mathematical structure of this continuity implies that continuum is in some way “composed” of an infinite number of indivisibles. In fact, Oresme’s analysis open...
How should we treat the cosmogonies of the early ancient Greek philosophers? Much work has been done in showing how these cosmogonies diff er from creation myths and how they relate to philosophical issues such as change, persistence through change and matter theory. Here, using Leucippus and Democritus as examples, I try to show that interesting light can be shed on these cosmogonies by looking at them in relation to perennial problems in cosmogony and perennial types of solutions to these problems. Ancients and moderns have formulated both in diff erent ways, but there are signifi cant structural similarities. To understand ancient cosmogonies, we need to understand how these perennial problems were perceived, and what types of solutions were available. We then need to analyse how the basic ontological and aetiological principles of their systems lead them to choose certain types of solution over others.
Oxford Studies in Ancient Philosophy 30 (2006), 266-84.
Studies in History and Philosophy of Science Part A, 1975
Aristotle had vigorously criticized the earlier Democritean version of atomism along a whole spectrum of specific issues and particularly on this issue of combination. His own elements were capable in theory of so interacting as to produce complex bodies which differed essentially from any of their constituents. Such interaction was possible only through the active qualities (hot, wet, etc.) of mutable elements which could, thereby, constitute ideally homogenous compounds as, for example, the 'tissues' like blood, flesh, and bone. 4 Atoms, on the other hand, were intended as a secure, permanent basis for the cosmos. Their permanence, however, depends directly upon their own homogeneity or simplicity, i.e. they are so simple as to be immutable and indivisible. But how is such simplicity to be reconciled with their hooks and other intricate shapes? More significandy, how can units utterly simple be said in any sense to combine? Even Cherniss, not always so kind to Aristotle's position, agrees: The difficulty here touched is a real one which might fairly be thought to have been umatisfactorily met by all his [Aristotle's] forerunners. The final answer has not yet been given, and the problem is usually avoided, s
The most original and shocking interpretation of Lucretius in the last 40 years. Thomas Nail argues convincingly and systematically that Lucretius was not an atomist, but a thinker of kinetic flux. In doing so, he completely overthrows the interpretive foundations of modern scientific materialism, whose philosophical origins lie in the atomic reading of Lucretius' immensely influential book De Rerum Natura. This means that Lucretius was not the revolutionary harbinger of modern science as Greenblatt and others have argued; he was its greatest victim. Nail re-reads De Rerum Natura to offer us a new Lucretius--a Lucretius for today.
S. Giombini, M. Pulpito (eds.) Peri tou (mē) ontos. Melissus and Gorgias at the ontological crossroad, 2021
The purpose of this paper is to investigate Gorgias' argument against motion, which is found in his Peri tou mē ontos and preserved only in MXG 980a1˗8. I tried to shed new light both on this specific reflection and on the reliability of Pseudo-Aristotle's version. By exploring the so called “change argument” and the “argument from divisibility”, I focused on the particular strategy used by the Sophist in his synthetikē apodeixis, which should be investigated in relation to the dispute between monistic and pluralistic ontology. In this regard, the puzzle from “divisibility everywhere” and its connection with the void as not-being can provide new elements to grasp the philosophical background in which the Sophist moves. On the one hand, Gorgias’ argument against motion is part of a broader dispute on the divisibility/indivisibility of being; on the other, his original elaboration of this puzzle seems to be perfectly understandable within the controversy between Eleatics and Atomists, and coherent with the argumentative style of the Sophist.
The difficulties often attributed to prime matter hold for all hylomorphic accounts of substantial change. If the substratum of substantial change actually persists through the change, then such change is merely another kind of accidental change. If the substratum does not persist, then substantial change is merely creation ex nihilo. Either way matter is an empty concept, explaining nothing. This conclusion follows from Aristotle’s homoeomerity principle, and attempts to evade this conclusion by relaxing the constraints Aristotle imposes on elementhood, generation, and substrata all fail, and even the minimal constraints imposed by the Problem of Material Constitution are enough to generate the dilemma. Aristotle resolves this dilemma in Physics I.9 by postulating pure potentiality-for-substance as the substratum of substantial change. Because the substratum persists, substantial change is not creation ex nihilo, but because it does not persist actually it is not a kind of accidental change. Aristotle uses this approach to solve the Problem of the Mixt and the Problem of Material Constitution without weakening his constraints on elementhood, generation, or substrata. This pure potentiality approach must be carefully distinguished from other ‘traditional’ or ‘prime matter’ views that posit some actuality for the substratum of substantial change, and it is best understood in light of the analogy found at Metaphysics Θ.6. Pure potentiality-for-substance can do the work needed in a substratum for substantial change because Aristotle is able to ground the identity, existence, and characterization of the substratum in the corrupting and generating substances rather than the substratum itself.
International Conference on Recent Innovations in NanoScience and Technology 2018 (ICRINT2018), 2018
Artı Gerçek, 2024
… report/Center for the Study of …, 1990
Proceedings from National Level Inter-Disciplinary Conference Innovative Practices: Pathways to Quality Assurance and Sustenance in Higher Education., 2016
Int J Environ Res Public Health . , 2022
Revista Brasileira De Desenvolvimento Regional - FURB, 2024
Journal of the South African Veterinary Association,, 2023
Middle Atlantic Review of Latin American Studies, 2017
Reading & writing, 2024
Munifah Sarif-Best Practice, 2022
https://www.ijrrjournal.com/IJRR_Vol.9_Issue.7_July2022/IJRR-Abstract46.html, 2022
International Journal of Psychological Research, 2020
Research Square (Research Square), 2020
Antibiotics, 2020