How We Fight: Ethics in War contains ten groundbreaking essays by some of the leading philosophers of war. The essays offer new perspectives on key debates including pacifism, punitive justifications for war, the distribution of risk between combatants and non-combatants, the structure of 'just war theory', and bases of individual liability in war.

Proclus composed 18 arguments for the eternity of the world and they survive only because Philoponus, intending to refute Proclus' arguments one by one, quotes each; one copy of Philoponus' work -- and so Proclus' arguments too -- survives. Because of their odd history, these arguments have received little attention either in themselves or in relation to Proclus' other works, even though they are intrinsically interesting and reflect his larger philosophical enterprise. I first examine Argument XVIII, in which Proclus calls (...) on "perpetuity", "eternity", and "time" to argue that the cosmos must be eternal. This argument leaves unanswered two important questions. The cosmos is caused by god and is itself a god; how can a cause and its effect both be gods? Proclus concludes that the cosmos is "a copy of the perpetuity of the eternal"; but what does this phrase -- and the conclusion that it expresses -- mean? To answer these questions, I turn to "The Elements of Theology," a systematic progression of 211 propositions disclosing the causal structure of all reality. "Eternity" and "time", along with "being perpetual", also appear here, particularly in propositions 40-55, to which I turn in the second part of this paper. They are conjoined with what Proclus calls "the Self-Constituted". I argue that by understanding the relation of the Self-Constituted as a cause to its effect, what depends upon another, we can also understand the causal relation between god and the cosmos. The cosmos can be called divine because, via the cause/effect relation between them, god and the cosmos are both eternal; the cosmos is "a copy of the perpetuity of the eternal" because via its relation to god, the cosmos becomes what its cause is, and in this precise sense an effect "imitates" its cause. (shrink)

This 1999 book demonstrates a method for reading the texts of Aristotle by revealing a continuous line of argument running from the Physics to De Caelo. The author analyses a group of arguments that are almost always treated in isolation from one another, and reveals their elegance and coherence. She concludes by asking why these arguments remain interesting even though we now believe they are absolutely wrong and have been replaced by better ones. The book establishes the case that we (...) must rethink our approach to Aristotle's physical science and Aristotelian texts, and as such will provoke debate and stimulate new thinking amongst philosophers, classicists, and historians of science. (shrink)

ARISTOTLE IS UNIVERSALLY credited with inventing the concept of teleology: "nature is among the causes which act for the sake of something." "That for the sake of which" is a thing's purpose, its end, the goal at which it aims. Taking Aristotle's physics as a focal point for his philosophy of nature, I shall argue that teleology functions within his theory of nature not only substantively, but also procedurally. First, then, I shall explain what I mean by teleology as procedure (...) and then show how this procedure relates both to problems within physics and to Aristotle's conception of physics as a science. (shrink)

In the fifth century A.D., Proclus served as head of the Academy in Athens that had been founded 900 years earlier by Plato. Proclus was the last great systematizer of Greek philosophy, and his work exerted a powerful influence in late antiquity, in the Arab world, and in the Renaissance. His treatise_ On the Eternity of the World _formed the basis for virtually all later arguments for the eternity of the world and for the existence of God; consequently, it lies (...) at the heart of neoplatonic philosophy and the controversy between pagans and Christians at the end of antiquity. Proclus’s eighteen Arguments were quoted within John Philoponus’ polemic against him, written in the sixth century; but the opening pages of the sole extant manuscript, which contained the first Argument, have been lost. In this book, Helen Lang and A.D. Macro present the seventeen Arguments preserved by Philoponus and translate them as an independent work. The first Argument, which survives in Arabic, is also included and makes this the only complete edition of _On the Eternity of the World_ since antiquity. This bilingual edition comprises the seventeen Arguments in Greek and English, along with an introduction, synopses, and detailed notes which help readers with or without Greek to understand them philosophically and historically. Two appendices complete the volume: the Arabic text of the first Argument, also with English translation and notes, and the first modern edition of an important Latin translation from the Renaissance. In a valuable introduction, Lang and Macro examine the complex history of these Arguments. Together with its excellent annotations, and English and Greek texts en face, the publication of Proclus’s _On the Eternity of the World_makes available an influential work by a major figure in the history of late Greek philosophy. (shrink)

An unaltered reprint of the K. Paul, French and Co. edition of 1882, translated, introduced and annotated by W. Ogle.

This paper begins with the problem of natural substance and its identification by Aristotle as the combination of form and matter, as distinct from the substrate of the body. This is an investigation of the relation between the combination of form and matter on the one hand and body on the other. Looking at both natural science and metaphysics will give us a clear account of the partners involved in the relationship that defines living things. That is the first step (...) toward understanding how and why they enter into a relation and exactly what, for Aristotle, is entailed by that relation. Being clear on the relation of natural substance in the sense of the combination of form and matter, soul and body, will in turn allow us to ask if soul is in every regard attached to body or if there is “something proper” to soul alone. (shrink)

This work has been selected by scholars as being culturally important, and is part of the knowledge base of civilization as we know it. This work was reproduced from the original artifact, and remains as true to the original work as possible. Therefore, you will see the original copyright references, library stamps (as most of these works have been housed in our most important libraries around the world), and other notations in the work. This work is in the public domain (...) in the United States of America, and possibly other nations. Within the United States, you may freely copy and distribute this work, as no entity (individual or corporate) has a copyright on the body of the work. As a reproduction of a historical artifact, this work may contain missing or blurred pages, poor pictures, errant marks, etc. Scholars believe, and we concur, that this work is important enough to be preserved, reproduced, and made generally available to the public. We appreciate your support of the preservation process, and thank you for being an important part of keeping this knowledge alive and relevant. (shrink)

This article considers the definition of nature as given by Aristotle in "Physics" II and the commentaries on it by Philoponus and Thomas Aquinas. Through Aristotle's definition and its treatment in two commentaries, we can see how each philosopher defines philosophy as an enterprise and the problems encompassed by it. I conclude that the conception of philosophy, and consequently its problems, is quite distinct in each case and should be considered as such; as a further consequence, the whole notion of (...) "commentaries" should be rethought. (shrink)

This paper presents the idea, structure, history, goals, and accomplishments of mathematics and science laboratories as they have been organized and taught at Trinity College. The laboratories are designed to develop specific science and mathematics problem-solving skills, presenting them within the context of humanities-related inquiry (e.g. neural network theory within the context of philosophy of mind). These laboratories are especially valuable in providing humanities students with literacy in advanced science and mathematics materials that, since they are not requisite for humanities (...) majors, humanities students would not be exposed to otherwise. Especially in the case of philosophy, laboratories bear the additional benefit of dissolving insularity, opening up study onto directly relevant fields and enriching and informing philosophical inquiry. The author concludes by considering philosophy’s relationship to science and mathematics, what these relationships imply for how a philosophy education should be structured, and the important role that science and mathematics laboratories play in that education. (shrink)

IN Physics VIII, Aristotle asks if motion is eternal or if it began only to end someday. He concludes in the first chapter that motion must be eternal; the remainder of Physics VIII resolves three objections to this conclusion. Consequently, the arguments of Physics VIII, 2-10 indirectly substantiate the eternity of motion in things. However, these arguments have often been associated with rather different questions, for example how does this mover produce motion--is it a moving cause or a final cause?--and (...) is this mover God or some other mover? (shrink)

New concepts may prove necessary to profit from the avalanche of sequence data on the genome, transcriptome, proteome and interactome and to relate this information to cell physiology. Here, we focus on the concept of large activity-based structures, or hyperstructures, in which a variety of types of molecules are brought together to perform a function. We review the evidence for the existence of hyperstructures responsible for the initiation of DNA replication, the sequestration of newly replicated origins of replication, cell division (...) and for metabolism. The processes responsible for hyperstructure formation include changes in enzyme affinities due to metabolite-induction, lipid-protein affinities, elevated local concentrations of proteins and their binding sites on DNA and RNA, and transertion. Experimental techniques exist that can be used to study hyperstructures and we review some of the ones less familiar to biologists. Finally, we speculate on how a variety of in silico approaches involving cellular automata and multi-agent systems could be combined to develop new concepts in the form of an Integrated cell (I-cell) which would undergo selection for growth and survival in a world of artificial microbiology. (shrink)

As R. Sorabji says in his general introduction, "The 15,000 pages of the Ancient Greek Commentaries on Aristotle are the largest corpus of Ancient Greek philosophy that has not yet been translated into English or other modern European languages". Besides its considerable intrinsic interest, this corpus is an important source of late Greek philosophy, and a thorough acquaintance with it underlies the development of Arabic philosophy, whence it becomes a "silent partner" in Latin philosophy after 1200.

Burnyeat calls this book a “map” because, he explains, he intends to set up signposts for readers of one of the most difficult texts in philosophy to use in their own explorations. The “map” consists of an Introduction that explains the assumptions behind his “map,” most importantly that this text consistently operates on “two levels,” the “logical” and the “metaphysical”; an analytic guide to the map ; and the heart of the map, “signposts” from which the reader can survey and (...) then move through the text. Three chapters that are not formally part of the map conclude this study. Chapter 4 asks “Why do it this way?” and suggests that “Metaphysics Zeta is not only the most difficult work in the corpus. It is also methodologically unique. And that does need explaining”. Two final chapters return to the “logical level” and to the “metaphysical level,” asserted at the outset, explaining what they mean and why they provide a fruitful way of reading Metaphysics Zeta. Chapter 5 considers “The Organon as ‘logical’” and how Aristotle’s logic is reflected in this text ; chapter 6 places Metaphysics Zeta within the larger context of Aristotle’s Metaphysics and in so doing provides a vision of the work as a whole. The book is completed by several indices: Index to issues of text and translation ; Index locorum ; Index of names ; Index of Greek terms discussed ; and a General index. (shrink)