The author claims that parts of the De Caelo comprise a distinct work of Aristotle and can be taken as an early composition, earlier than the De Philosophia. The book is a careful philological and philosophical analysis of this text, and takes a position in regard to the authors who have commented on it. The doctrine of the text is contrasted to Plato’s cosmology, especially concerning the concepts of physics and aether. The text is also compared to Aristotle’s later (...) teaching and many differences are noted: hylomorphism, entelechy, and the unmoved mover, are conspicuously absent. Besides analyzing the relevant parts of De Caelo, the author has remarks about such works as the Protreptic, De Philosophia, and Physics I and II.—R.S. (shrink)

I argue that some important elements of the current cosmological model are 'conventionalist’ in the sense defined by Karl Popper. These elements include dark matter and dark energy; both are auxiliary hypotheses that were invoked in response to observations that falsified the standard model as it existed at the time.

Comme l’attestent les textes relatifs à la cosmologie de Bardesane, le monde est venu à l’existence à partir des esṭuksē / ītyē, qui correspondraient aux éléments primordiaux de la tradition philosophique grecque. Bien que la cosmologie de Bardesane soit déjà étudiée, les témoignages au sujet des esṭuksē / ītyē contiennent des contradictions difficiles à expliquer. Le présent article propose une nouvelle interprétation de la doctrine de Bardesane, fondée sur la comparaison avec la cosmologie d’Aristote. L’approche aristotélicienne du mouvement des éléments, (...) de leurs qualités et leurs actions réciproques, donne une meilleure compréhension des points obscurs de la doctrine bardesanite et permet de retrouver la cohérence de celle-ci. En outre, le débat engagé par Aristote avec les théories atomistes aide à comprendre la place des perdē – atomes – dans le système de Bardesane. (shrink)

This radical reinterpretation of the formative stages of Chinese culture and history traces the central role played by cosmology in the formation of China's early empires. It crosses the disciplines of history, social anthropology, archaeology, and philosophy to illustrate how cosmological systems, particularly the Five Elements, shaped political culture. By focusing on dynamic change in early cosmology, the book undermines the notion that Chinese cosmology was homogenous and unchanging. By arguing that cosmology was intrinsic to power (...) relations, it also challenges prevailing theories of political and intellectual history. (shrink)

This collection of research papers explores the implications of quantum cosmology and the status of the laws of nature for theological and philosophical issues regarding God's action in the world. The main goal is to contribute to constructive theology as it engages current research in the natural sciences, and to investigate the philosophical and theological elements in ongoing theoretical research in the natural sciences.

At Tm. 47e, Timaeus steps back from his discussion of what came about through noûs and turns toward an account of what came about through anankê. Broadie, 2012, Nature and Divinity in Plato’s Timaeus, sketches out two routes for the interpretation of this ‘new beginning.’ The ‘metaphysical’ approach uses perceptibles qua imitations of intelligibles in order to glimpse the intelligibles (just as we look at our reflection in a mirror in order to view ourselves). The ‘cosmological’ reading assumes we use (...) the perceptible part of the cosmos in order to come to know the entire cosmos. Broadie openly favors the cosmological reading for understanding the Timeaus as a whole. However, she confines its utility to the Timaeus and does not recommend it for other dialogues. I use Broadie’s ‘cosmological reading’ to better understand what Plato distinguishes as anankê in his second beginning. This sets the stage for my argument that Broadie’s cosmological reading is a promising means for understanding the metaphysics and epistemology of the Forms. By making some comparisons to Sophist (251c–256a), I show that a refined understanding of anankê in the second beginning of the Timaeus clarifies what Plato thinks is involved in coming to know a Form. I argue that a close look at what was available to the Demiurge for cosmic creation by means of noûs yields three distinct ways in which his construction of the cosmos was limited by anankê. Clarifying these three ways in which anankê operates shows that the Demiurge’s manipulation of the foundational elements yields a perceptible world that brings out some potential relationships among Forms while suppressing others. In particular, the Demiurge’s geometricization of the elements leads him to make compromises concerning how Forms can combine in the Receptacle. These choices produce nomological relationships among the Forms with respect to where they can overlap in the Receptacle. This produces the law-like and reliable, but unnecessary, behavior of the perceptible world. I argue that our understanding of these limitations and their translation into where the Receptacle can partake in more than one Form simultaneously, figures importantly in the estimating the potential for human knowledge of the Forms. I question the use of ‘necessity’ as a translation for ‘anankê’ in the Timaeus. (shrink)

Drawing from Andean cosmological, mythological and aesthetic lineages, this paper is about the possibility of a phenomenology of things at catastrophic ends. In this regard, I approach things under the sway of a (de)formative emptiness. In the first part, I develop a relational ontology on the basis of the Andean notion of pacha or cosmos, which provides a phenomenological frame for a determination of “place,” “world” and “topology.” I also contrast an elemental topology of the cosmos configured by ouranic sunlight (...) with an elemental catastrophism that overturns it. In the second part, I study a chronological series of artifacts in an Andean aesthetic lineage in order to attempt a phenomenology of “things” (utensils, buildings, mountains) that “spectrally” hover in overturns of the cosmos (pachakuti). (shrink)

In the past, no research has been found on onomastics from a mystical perspective in literature. This study investigated onomastics in the tetralogy of novels by Ki Padmasusastra. The main point of view is the meaning of Javanese cosmology. Qualitative methods are used as research guidelines. The primary data are four Javanese novels. Hermeneutic techniques and content analysis are applied to analytical strategies. The results showed that the onomastics in TNKP are symbols of Javanese cosmology. This element of (...) Javanese cosmology has transformed onomastics through three things: the novel title, figure's name and location name. The symbolisation of the onomastic is implicit because it is wrapped in the aesthetics of the literary language. The name structure of each onomastic subsection has no clear meaning because the name element is intended for the sense of 'the other'. Names have an explicit function, namely as hypertextual fragments of symbols that transcend the narrative text structure. An important implication of this investigation is that onomastics can promote the transdisciplinary aspects of religion in international theology in the study of narrative texts. The cosmological transformation of Java can be reflected in various parts of culture, including in novels. TNKP is a cross-disciplinary meeting: fiction, linguistics, mystical, social, cultural and philosophical, contributing to further theological studies.CONTRIBUTION: This article contributes to the purpose of HTS Teologiese Studies/Theological Studies to promote the transdisciplinary aspects of religious studies in the international theological arena of hermeneutic and philosophical studies behind the narrative text. (shrink)

This paper focuses on four passages in the journey of the universe from beginning to end: its origin in the Big Bang, the production of heavy elements in first generation stars, the buzzing symphony of life on earth, and the distant future of the cosmos. As a physicist and a Christian theologian, I will ask how each of these passages casts light on the deepest questions of existence and our relation to God, and in turn how these questions are being (...) explored through ongoing research into the interaction between Christian theology and the natural sciences. (shrink)

This discussion of John Sallis’s thought on “the elemental” begins with an engagement of Terrance Malick’s film The Tree of Life. In this engagement the emphasis falls on mere cosmic force, the formation of life on earth, and the development of human bodies with the elemental inevitability of cruelty and violence that is simultaneous with nurturing care, tenderness, and love. Does Sallis give adequate consideration to cosmic force and human kinship with mere force? The next section expands Sallis’s understanding of (...) “elemental” to include such integral aspects of human lives as institutions, languages, cultural identities: To include all the defining aspects intrinsic in human lives. This section calls for a re-thinking of “elemental” and its restricted use in connection with “nature.” The third section engages parts of the chapter, “Elemental Cosmology,” in Logic of Imagination. Although Sallis often appears to give priority to vision, in this chapter he turns to the invisible in his encounter with “the” elemental. In this process he develops within the context of a broadly conceived phenomenological tradition a new conception of objectivity and a new conception of logic. A final section summarizes Sallis’s and my encounter and leads to an incident the telling of which shows a deep compatibility in Sallis’s and my thought in spite of significant differences. (shrink)

Je propose dans cet article un examen des fragments 31, 90 et 64+65+66 DK (53ab, 54 et 79+55+82 Marcovich) d’Héraclite, pour en tirer une présentation et une interprétation d’ensemble du rôle et de la fonction du feu par rapport aux autres éléments naturels dans la constitution d’une « cosmologie » dans la pensée héraclitéenne.

From the Christian perspective, creation exists through the Word of God. The Word of God does not create God again but brings forth the absolute “otherness” of God: creation. The nature of God is to exist. God is existence as unity in the diversity of God the Father, the Son, and the Holy Spirit. The gift of created existence reflects the triune nature of the Word of God. It is synthesis of diversity into unity that creates. Nature brings forth new (...) existence by unifying what it already brought forth previously. Therefore, the creative process of nature is self‐similar and nonlinear: self‐similar because at all levels it is synthesis that brings forth novelty; nonlinear because the properties of the new unities are not present in their (isolated) elements. The new properties of the wholes, however, do not destroy the properties of the parts. Rather, the elements integrated into new wholes become creatively transformed. This is because the parts become carriers of the whole, which transforms the parts through its presence. The parts become and express the qualities of the whole, qualities that the parts do not possess in isolation. Synthesis, therefore, transforms the parts creatively, because synthesis is creative. The qualities of the parts become “elevated” because the whole becomes present in and through the parts. The understanding of creation as the result of sequential, creative transformations offers a glance into the mystery of the Word of God present in the Eucharist. Here, too, the elements of bread and wine are not destroyed but elevated, creatively transformed into the Word of God. The elements (bread and wine) become the carrier of a transcendent “quality,” the Word of God. From this perspective, creation and the sacrament of the Eucharist illuminate each other. This is because the Word of God that creates the otherness of creation and the Word of God present in the Eucharist is the same. (shrink)

In this paper, I examine Kant’s discussion of ‘the cosmological argument’ in The Critique of Pure Reason, Transcendental Doctrine of Elements, Second Part, Second Division, Book 2, Chapter Three, Section Five (‘The Impossibility of a Cosmological Proof of the Existence of God’). While there are other places where Kant provides related discussions of ‘the cosmological argument’—e.g. in The Only Possible Argument in Support of a Demonstration of the Existence of God, Lectures on Philosophical Theology, and Religion within the Limits of (...) Reason Alone—I do not attempt to consider any of these further works in this paper. First, I argue that it is not true that cosmological arguments depend upon ontological arguments, and that Kant is simply mistaken when he argues that ‘the cosmological argument’ ‘assumes’ ‘the ontological argument’. Second, I argue that Kant does not provide a compelling critique of cosmological arguments to the conclusion that there is an absolutely necessary being. (shrink)

An important tradition in popular and academic environmentalist thought concentrates on cosmological issues, to do with overarching (or underlying) views about the nature of reality and the place of humanity in nature. This tradition connects the environmental crisis with anthropocentric and mechanistic cosmologies, and tries to address this crisis through cosmological critique and reconstruction – a practice I call 'cosmological intervention'. This practice presupposes a link between 'world view' and 'ethos'. I argue that an environmentalist ethos does not necessarily or (...) automatically follow from the world view elements propounded in cosmological interventions. Rather, world view symbolises ethos. Cosmologies favoured by environmentalists describe the abstract and necessary properties of the world in ways which reflect those concrete and contingent properties of the world that the ecology movement seeks to protect, extend and celebrate. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Elements of Eleatic Ontology' MONTGOMERY FURTH THE TASKOF AN INTERPRETERof Parmenides is to find the simplest, historically most plausible, and philosophically most comprehensible set of assumptions that imply (in a suitably loose sense) the doctrine of 'being' set out in Parmenides' poem. In what follows I offer an interpretation that certainly is simple and that I think should be found comprehensible. Historically, only more cautious claims are possible, for (...) several portions of the general view from which I 'deduce the poem' are not clearly stated in the poem itself; my explanation of this is that they are operating as tac/t assumptions, and indeed that the poem is best thought of as an attempt to force these very assumptions to the surface for formulation and criticism -that the poem is a challenge. To be sure, there are dangers in pretending, as for dramatic purposes I shall, that ideas are definite and explicit which for Parmenides himself must have been tacit or vague--that Parmenides knew what he was doing as clearly as I represent him; I try to avoid them, but the risk must be taken. I even believe that not to take it, in the name of preserving his thought pure from anachronous contamination, actually prevents us from seeing the extent to which he, pioneer, was ahead of his timc the argument works both ways. So let me hedge my historical claim in this way: the view I shall discuss could have been an active-indeed a controlling---element of Eleaticism; to suppose that Parmenides held it not only explains the poem, but also helps explain the subsequent reactions to Eleaticism of Anaxagoras, Democritus, and Plato (though there is not space to elaborate this here). In addition, it brings his thought astonishingly close to some contemporary philosophical preoccupations. In the first of the following sections, I lay down some sketchy but necessary groundwork concerning the early Greek concept of 'being.' Then in Section 2 an interpretation is given of what I take to be the central Parmenidean doctrine, that 'it cannot be said that anything is not.' This section is the lengthiest and most involved, but it also contains all the moves that appear to be important. Of the remaining sections, Section 3 exp]Mn.qthe principle: 'of what is, all that can be said is: it is,' Section 4 deals briefly with the remaining cosmology of "The Way of Truth," and Section 5 considers the question whether Parmenides himself believed the fantastic conclusions of his argument. There is a short postscript on a point of methodology. 1. A Word on 6v If we are to examine Parmenides' reasoning profitably, an indispensable pre1This paper wasprepared while the author was beneficiary of a Grant-in-Aid of Research from the American Council of Learned Societies, hereby gratefully acknowledged. [111] 112 HISTORY OF PHILOSOPHY liminary is to estabhsh at least a provisional reading for the Greek words translated "is" or "it is" (tar,v), "what is" or "being" (Sv,rb 5v), "to be" (alva0. For while it is evident enough that in his poem Parmenides purports to be delivering an insight of the utmost significance concerning rb tbv (as he calls it), still the construction which he puts upon the term and its cognates, and the understanding which he expects of his listener, are not so clear and have been topics of dispute. Especially notable, and often noted, is the fact that Parmenides' discussion of 'being' shows no sign of the conceptual distinction considered elementary nowadays, between the "is" linking subject and predicate and the "is" of existence; and in fact it needs no documentation here that this distinction was not reflected in either ordinary or philosophical Greek idiom until, at least, a much later date than his, the word tare expressing both concepts. Also highly visible in the poem is the abundance of occurrences of tare used absolutely, unaccompanied by any predicate expression. As a result of this last, the poem can create in the contemporary reader the impression that r5 tSv is being used to mean what is in the existential sense only, to mean what there is; indeed some students of the poem conclude not only that Parmenides... (shrink)

That the analysis of a complex object into its elements yields knowledge of it is a fundamental article of philosophical faith, which motivates the “analytic” dimension of the philosophical enterprise . On par with it, however, there is also the belief that knowledge of a complex object involves grasping it as a totality, over and beyond its constituent parts . The paradigmatic object of philosophical speculation inviting both these approaches is, of course, the universe itself. Already in Plato’s Timaeus, we (...) encounter a fully elaborated philosophical exercise of this kind—the world is simultaneously dissected into its elements , and also explicitly conceived in terms of its totality .Plotinus engages with this cosmological tradition on many levels throughout his work, yet more systematically in the treatise II.1 , entitled On the Universe or On the Heaven . The treatise concentrates on the diachronic identity of the universe, and the. (shrink)

In Aristotle's cosmology, the nature of the elements is defined by their place in the Totality. Their cosmic motions keep the whole in motion, and this is their nature. Thus, the cosmos is an organized whole, a single substance directed to the good; this body constitutes together with its Prime Mover a composite substance that can be regarded as a self-mover.

This chapter contains sections titled: The Principles of Physics The Science of Natural Beings Motion, Causal Interaction, and Causational Synonymy Aristotelian Kinematics Aristotle's Theory of the Continuum The Causes of Elemental Motions Unmoved Movers Bibliography.

First published in 1903, Taylor endeavours to provide a detailed study of metaphysic as a discipline. Opening with a brief history of metaphysics, the book explores topics including the problem of the metaphysician, the metaphysical method, subdivisions of metaphysics, ontology, reality, cosmology, rational psychology, morality, ethics and religion.

This contribution continues the comparison between ancient and modern beliefs on scientific cosmology which began in a previous article in this Journal. I begin with a brief survey of contemporary theories on Big Bang cosmology, followed by a study of the cosmological theories of the Presocratic thinker Pherecydes of Syros. The second part of my paper studies the ramifications of the basic Platonic principle that bonum est diffusivum sui. I begin by studying the vicissitudes of this theory in (...) the Patristic thought of Origen, the Arians, and Athanasius. Following Willy Theiler, I suggest that similarities between the views of Origen and the Neoplatonist philosopher Porphyry of Tyre may be traceable to Plotinus' teacher Ammonius Saccas. Finally, following Endress, I study the way the Arabic translation of some propositions from Proclus' Elements of Theology were accompanied by interpolated glosses derived from the Christian Neoplatonist John Philoponus, which were designed to make Proclus' thought more acceptable to a creationist, Monotheistic belief system such as Islam. Philoponus' theories of instantaneous creation were taken up, thanks to al-Kindi, by the Neoplatonica Arabica, whence they exerted an important influence on the development of Islamic thought. An Appendix of texts with translation and bibliography completes the article. (shrink)

Author contends in the paper that there exists, in contemporary world philosophy, the necessity for a new branch?the philosophical cosmology. Meeting this challenge himself, author introduces an original framework of cosmological assumptions, aimed to create the fundamentals for the new discipline. His own original approach builds on the Russian cosmist philosophical tradition of pan?unity and active evolution. Working on this basis, he states the core elements of the new discipline: its subject, object, purpose, method, and key conceptions (including the (...) conceptions of ?Cosmist Dualism? and ?Homo sapience cosmicus?. He also characterises the corps of philosophical cosmology, which should be constituted of the philosophers?"synthesists? disposed to undertake the ?all?embracing synthesis? in the true area of ?epistemological realism?. In completion, the notion of ?Cosmist Enlightenment? is proposed. (shrink)

In the author’s previous contribution to this journal (Rosen 2015), a phenomenological string theory was proposed based on qualitative topology and hypercomplex numbers. The current paper takes this further by delving into the ancient Chinese origin of phenomenological string theory. First, we discover a connection between the Klein bottle, which is crucial to the theory, and the Ho-t’u, a Chinese number archetype central to Taoist cosmology. The two structures are seen to mirror each other in expressing the psychophysical (phenomenological) (...) action pattern at the heart of microphysics. But tackling the question of quantum gravity requires that a whole family of topological dimensions be brought into play. What we find in engaging with these structures is a closely related family of Taoist forebears that, in concert with their successors, provide a blueprint for cosmic evolution. Whereas conventional string theory accounts for the generation of nature’s fundamental forces via a notion of symmetry breaking that is essentially static and thus unable to explain cosmogony successfully, phenomenological/Taoist string theory entails the dialectical interplay of symmetry and asymmetry inherent in the principle of synsymmetry. This dynamic concept of cosmic change is elaborated on in the three concluding sections of the paper. Here, a detailed analysis of cosmogony is offered, first in terms of the theory of dimensional development and its Taoist (yin-yang) counterpart, then in terms of the evolution of the elemental force particles through cycles of expansion and contraction in a spiraling universe. The paper closes by considering the role of the analyst per se in the further evolution of the cosmos. (shrink)

One of the major philosophical texts of the 20th century, Process and Reality is based on Alfred North Whitehead’s influential lectures that he delivered at the University of Edinburgh in the 1920s on process philosophy. Whitehead’s master work in philsophy, Process and Reality propounds a system of speculative philosophy, known as process philosophy, in which the various elements of reality into a consistent relation to each other. It is also an exploration of some of the preeminent thinkers of the seventeenth (...) and eighteenth centuries, such as Descartes, Newton, Locke, and Kant. The ultimate edition of Whitehead’s magnum opus, Process and Reality is a standard reference for scholars of all backgrounds. (shrink)

The present paper studies a family of Stoic proofs of the intelligence of the cosmos, i. e. of the thesis that the cosmos is intelligent in the strong sense that it is, as a whole, something that thinks. This family, ‘F2’, goes back to a proof, ‘XP’, found in Philebus 29a9–30 a8 and Xenophon Mem. 1.4.8. F2 infers the intelligence of the cosmos, as XP does, from the general idea that our intelligence proceeds from the cosmos, which is the ultimate (...) cause of why we are intelligent, and the further claim that, since this is so, the cosmos itself must be intelligent. They differ from one another, however, in how they account for. In this paper, I present a new reason for why the accounts are different, that complements those given by David Sedley in a recent and important study of Stoic cosmology. Based on the analogy between intelligence and the four elements, XP puts forward the idea that the intelligence currently present in us is a portion of cosmic intelligence that has separated from it at some point in the past, and that has travelled from the outside cosmos to us. In contrast, the theory used by F2 to explain the generation of human intelligence is grounded not in the notions of separation and locomotion, but in that of transmission of a state. As I argue in some detail, the separation-locomotion model and the transmission model are not only different from each other, but also logically independent from one another: in general terms, neither entails the other. This transmission model used by the Stoics in a proof of the intelligence of the cosmos, I submit, is a major innovation in ancient cosmological and metaphysical thinking. (shrink)

This contribution explores Gilles Personne de Roberval’s 1644 Aristarchi Samii de mundi systemate, partibus, & motibus eiusdem, libellus. I focus on the complex circumstances of publication, the intellectual context of the polemics of Copernicanism within the scientific community, as well as the natural philosophy of the treatise. Roberval’s strategy of publication provides a very sophisticated example of authorship in early modern natural philosophy. The strategy lies at the conflux of certain specific motivations. I contextualize these motivations by accounting for the (...) delicate debates around the motion of the Earth in mid-seventeenth century Europe, the institutional communities of the Collège Royal and Mersenne’s circle, and the disciplinary bounds of Roberval’s professional authority. Weighing in all the elements, I argue that Roberval’s publication is an interesting intellectual game, playing with the notion of ancient authority and humanistic recovery. By this somewhat libertine attitude, Roberval takes a stance in a complicated debate around heliocentrism and the status of hypothetical cosmology. Roberval’s position is supported by his natural philosophical speculations, which I situate in the contemporary debates of the community. Roberval borrows from many philosophers, but he aims at achieving a highly systematic speculative cosmology. One of the functions of this system is to confirm Copernicanism, while maintaining a very pessimistic attitude on the prospects of precise astronomical knowledge and, among others, prognostication issues. (shrink)

The big bang idea is not only a dominant idea in cosmology but also a very successfully idea out of cosmology. Although sometimes just in metaphorical sense, the big bang idea is present, since some decades, in a variety of domains such as natural sciences, humanities, social sciences, arts, and it also has a great acceptance by the general public. Furthermore, the term Big Bang has become increasingly popular and currently it is often used with very different purposes, (...) including commercial purposes, in contexts that have nothing to do with science, such as music, television, cinema, circus, house decoration, food, and other unexpected domains. Proposed by Gerald Holton, thematic analysis is a useful tool for studying cases like this, because it identifies and describes elements that cross and connect all areas of knowledge and culture in general and thus can help to understand the reception, appropriation and use of certain ideas in different but contemporary disciplinary and cultural contexts, which may be involved in intellectual fashions and in styles of thought of one particular time. (shrink)

The successes scored by the big bang model of cosmic evolution in the 1960’s led to an intensive application of quantum theory to the problem of how the expansion might have begun and what its likely first stages were. It seemed as though an incredibly precise setting of the initial conditions would have been needed in order that a long-lived galactic universe containing heavy elements might develop. One response was to suppose that the fine-tuning could somehow be explained by the (...) presence of humans in the universe. This ran quite counter to the traditional supposition, according to which an initial "chaos" was sufficient. This essay outlines the history of the two principles, argues that the so-called "weak" anthropic principle is banal, distinguishes between two sorts of anthropic explanation, and assesses the prospects of the anthropic turn in cosmology. (edited). (shrink)

Some physical aspects of Teilhard's synthesis are focused upon and confronted with the recent achievements of physics and cosmology. The stuff of the universe, according to modern physical theories, has become something more similar to a structure or form than to inert pieces of material substratum. Directedness of time and history no longer seems to be an ontological a priori of any existence, but rather an outcome of finely tuned initial conditions. And the growth of complexity is now regarded (...) as a process emerging out of physical laws rather than a foreign element in the body of physics. The question is considered of how these results affect Teilhard de Chardin's vision of the world. (shrink)

Scholars have long considered de Philosophia and de Caelo to be in contradiction regarding the nature of the heavenly bodies, particularly with respect to the activity proper to the element composing them. According to the accounts we have of de Philosophia, Aristotle seems to have put forth that stars move because they have minds, and, according to Cicero’s account of the lost text, they choose their actions out of free will. In de Caelo, however, Aristotle seems only to consider that (...) stars engage in the activity of circular motion because it is in their nature to do so, as it is in the nature of, e.g. fire to move upwards or Earth to move downwards. In this paper, I argue against the longstanding view that there is an incompatibility between these two “early” cosmological texts of Aristotle. I aim to show that these two texts endorse complementary, not contradictory, views of the heavenly bodies. I argue that in de Philosophia, Aristotle attributes to stars the intellective counterpart of the spatial motion which is developed in greater depth in de Caelo, while in de Caelo, we see hints of Aristotle’s view in de Philosophia that the stars are also minds and are able to rationally cognize their particular good – a point which is shown in de Caelo 292a18–293a14, where Aristotle attributes both life and praxis to the heavenly bodies. The overarching view which I present of these two texts is that while de Caelo approaches the heavenly bodies qua bodies and de Philosophia approaches them qua minds, they are still examining one and the same substance and that Aristotle has not changed his mind regarding the basic nature of such a substance in the (supposed) interim between writing de Philosophia and de Caelo. Rather, we find echoes of de Caelo in de Philosophia, and echoes of de Philosophia in de Caelo, which speaks to the fact that Aristotle maintains one view of the heavenly bodies which he presents over the course of these two texts. (shrink)

Metaphysics is the thoroughly empirical science. Every item of experience must be evidence for or against any hypothesis of speculative cosmology, and every experienced object must be an exemplar and test case for the categories of analytic ontology. Technically, therefore, one example ought for our present theme to be as good as another. The more dignified examples, however, are darkened with a patina of tradition and partisanship, while some frivolous ones are peculiarly perspicuous. Let us therefore imagine three lollipops, (...) made by a candy man who buys sticks from a big supplier and molds candy knobs on them. Lollipop No. 1 has a red round peppermint head, No. 2 a brown round chocolate head, No. 3 a red square peppermint head. The circumstance here which mainly provokes theories of subsistence and inherence is similarity with difference: each lollipop is partially similar to each other and partially different from it. If we can give a good account of this circumstance in this affair we shall have the instrument to expose the anatomy of everything, from an electron or an apple to archangels and the World All. (shrink)

In order to assay the dynamism in the philosophy of Wolff, Father Burns examines "substance," "bodies," and "elements" in Christian Wolff's philosophy, and in so doing provides some valuable information on a philosopher who has had scant attention in the English-speaking world. In the first chapter, simple substance is distinguished from composed substance, with the former being the only true substance for Wolff. Even here, the author contends, substance for Wolff is solely a concept of essences and, hence, Wolff's ontology (...) is restricted to the realm of possible beings and excludes actual existing things. In an informative chapter on "Bodies," the Wolffian notion of active force as the principle of motion in bodies is challenged. The author maintains that an a priori commitment necessitated that Wolff locate the force principle in simple substances; and further, that Wolff's reasoning to simple substances involves a basic fallacy of identifying unity with indivisibility. A brief third chapter identifies the elements or first principles of bodies with the simple substances. While the author rightly claims that the terminology of Wolff makes it necessary to compare and contrast Wolff's ontology-cosmology with Aristotelian-scholastic thought, the conclusion of the book makes it difficult at times to ascertain whether the main task is a critical exposition of Wolff's dynamism or a staunch defense of traditional metaphysics. Within the latter frame of reference, Wolff's notion of force and motion is shown to be physical and/or mathematical rather than metaphysical, and is summarily set down as a distortion of the "true picture of substance and actuality into a caricature."—J. J. R. (shrink)

The main foundations of the standard \CDM model of cosmology are that: the redshifts of the galaxies are due to the expansion of the Universe plus peculiar motions; the cosmic microwave background radiation and its anisotropies derive from the high energy primordial Universe when matter and radiation became decoupled; the abundance pattern of the light elements is explained in terms of primordial nucleosynthesis; and the formation and evolution of galaxies can be explained only in terms of gravitation within a (...) inflation + dark matter + dark energy scenario. Numerous tests have been carried out on these ideas and, although the standard model works pretty well in fitting many observations, there are also many data that present apparent caveats to be understood with it. In this paper, I offer a review of these tests and problems, as well as some examples of alternative models. (shrink)

The ancient Egyptians and Dogon conceive that all elements of the universe operate in harmony. Therefore, the manner in which the Egyptians and Dogon express and experience their cosmologies must agree with this harmony. Using an African-centered approach, this study examines three key factors that define both cosmologies and allow for the full expression of harmony. The first key is Maat. Maat is the Egyptian principle of balance, order, justice, and harmony and is the fundamental descriptive characteristic of the universe (...) for the Egyptians and Dogon. The second key is myth. Myth discloses the sacred world. To the Dogon, myth represents the ultimate revelation of knowledge. In Egypt, creation narratives are told as myths. The third key is Nature. Nature provides the symbols, forms, images, behaviors, and objects used to express the cosmology. This study describes the place where these three factors converge. To do this, a multidisciplinary approach from philosophy, art, myth, and culture is used to provide context, because all have greatly influenced the perception of myth in culture. The articulation of Egyptian and Dogon stories of the universe is a feast for the tactile senses, challenging the mind, and able to be experienced through the simple activities of daily living. This study brings this to light. (shrink)

This article reconstructs the theory of the Soviet-American psychologist Vladimir Lefebvre as part of the neocybernetic movement. In particular, I propose to explore such elements of his research of the 1970s—1990s as systemic vision; reflexive analysis; a search for holistic configuration and Janus cosmology; and the realization of neocybernetics. An interest in the reflexive structures of cognition and action led Lefebvre to an understanding of the limited nature of the world’s scientific picture. The conflicting objects he studied proved too (...) complex for behavioral modeling and forecasting. Lefebvre therefore expanded the boundaries of the application of his formal theory of intelligence, relying on functionalist positions, which led him to the science-fiction narrative of “The Big Correction.” I contend that Lefebvre’s works not only propose an original Soviet version of the neocybernetics the 1970s but develop their own model of inhumanism long before it appeared on the scene of modern philosophy. Lefebvre’s formal theory, reinforced by thermodynamics and elements of Russian cosmism, builds cognitive behavior into the teleology of the Big Correction, which involves the idea of overcoming the heat death of the universe. The activity of cosmic intelligence, which Lefebvre equates with magnetic-plasma structures in the finished areas of the universe, is aimed at cooperation and prolonging the existence of life and the intellect. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:BOOK REVIEWS The Perfection of the Universe According to Aquinas: A Teleological Cosmology. By OLIVA BLANCHETTE. University Park, Penn.: The Pennsylvania State University Press, 1992. Pp. xvii + 334. $35.00 (cloth). This work represents a significant and most welcome contribution to Thomistic interpretation as well as to the broader study of medieval philosophy. While its tone is unpretentious, its theme, the structure and purpose of the whole created (...) universe, is crucial for Aquinas's philosophy. Those familiar with Thomas's corpus know how often this theme appears-frequently supplying the foundation for the argument-and know equally well how elusive it becomes when one seeks an extended treatment of it. Hence, to have recognized the chief elements of the larger picture, to have identified and collected the pertinent texts, and to have ordered and synthesized them as this book has done represents a major and lasting scholarly achievement. Moreover, while primarily concerned with Aquinas's own philosophical thought, the book also places him in conversation with a number of classical and modern thinkers, from Plato and Aristotle to Hegel and Collingwood. Blanchette begins his study by clarifying the very notion of perfection (Chapter 1). It first refers, in the order of our conceptions, to the completion of a process. A thing is perjectum, "thoroughly made," when its process of generation is finished. Motion, in fact, is precisely a passage from imperfection to perfection. By extension, the term can then be applied apart from motion to anything which lacks nothing it should have, or, as in the case of God, which lacks nothing at all. Analyzing the Greek and Latin terms connected with generation and perfection (poiein/facere; genesthai/fieri; teleion/perfectum; telos/finis; teleiosislperfectio) Blanchette shows why it is that for the Greeks the infinite usually signified imperfection, while Aquinas was able to conceive of an infinity which was perfection. For the present study, a crucial distinction among the kinds of perfection is that between first and second perfection, i.e., between a being's "ontological " perfection, the complete generation of its nature with all its natural powers, and its "operational" perfection, the activities carried out by means of those powers. Only in its operations does a being attain its ultimate perfection, which always lies in a relation to something exterior to itself. This fundamental distinction between first and second perfection underlies the basic 485 486 BOOK REVIEWS structure of the book. Part One describes the universe in its first perfection, i.e., the constituent parts whose presence gives it its integrity. Part Two takes up the activities of the parts which taken together constitute the order within the universe and by which the universe attains to its external good, God himself. At the level of first perfection, the universe is considered to be perfect first of all simply because it is the universe, i.e., the whole of what is (Chapter 2). As a whole, it is perfect (complete) in comparison to any of its parts. Thus it is a priori impossible to have plural universes, since each "universe" would in fact be only a part of the whole which was the universe. Second, simply as a body, the universe enjoys the perfection of having all three dimensions. Third, not having any bodies outside it, the universe does not share the imperfection of being limited by bodies external to it, as does every particular body. Finally, in containing the perfection of each kind of being, the universe possesses a universal perfection not shared by any one kind of being. These perfections belong to the universe simply qua universe. Beyond these, however, we can speak of the perfection of this universe. As Blanchette points out, for Aquinas there is no "best of all possible worlds" in the sense that God could not create a better one. Yet we can speak of the perfection (or completeness) of this world that God, for reasons not accessible to human reason, actually chose to create. The perfection of this universe is such that were any new essential parts, i.e., new species, added, it would no longer be the same universe, but rather a new universe of which the old now constituted a part... (shrink)

Averroes defended philosophy by returning to the true Aristotle. For this purpose, Aristotle's book in which he explained the eternity, uniqueness and movement of the universe, occupied a place of special importance. But the Aristotelian philosopher had a hard time holding his own in the face of contradictions within the book and with respect to Aristotle's later works. In his early Compendium, later Paraphrase, and final Long Commentary of De Caelo, Ibn Rushd continued the efforts of the Hellenistic commentators in (...) order to integrate all the elements of his doctrine into a unified system, to harmonize his early cosmology with his later Metaphysics and to uphold his models of homocentric planetary spheres against the mathematical paradigm of Ptolemaic astronomy. By insisting throughout on demonstrative arguments based on rational principles, he asserted the philosophers' claim to irrefutable truth. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:SPACE-TIME AND THE COMMUNITY OF BEINGS: SOME COSMOLOGICAL SPECULATIONS INTRODUCTION XERT EINSTEIN, in his essay "Relativity and the Problem of Space," makes several interesting comments on the implications of relativity theory for the Newtonian concepts of absolute space and time. Among these are the following: Since the special theory of relativity revealed the physical equivalence of all inertial systems, it proved the untenability of the hypothesis of an aether (...) at rest. It was therefore necessary to renounce the idea that the electromagnetic field is to be regarded as a state of a material carrier. The field then becomes an irreducible element of physical description, irreducible in the same sense as the concept of matter in the theory of Newton.1 On the basis of the general theory of relativity..., space, as opposed to" what fills space," which is dependent on the coorrdinates, has no separate existence.2 There is no such thing as empty space, i.e., a space without field. Space-time does not claim existence on its own but only as a structural quality of the field. Thus Descartes was not so far from the truth when he believed he must exclude the existence of an empty space. The notion indeed appears absurd, as long as physical reality is seen exclusively in ponderable bodies. It requires the idea of the field as the representative of reality, in combination with the general principle of relativity, to show the true kernel of Descartes' idea; there exists no space " empty of field." 3 1 Albert Einstein, Relativity: The Special and the General Theory (New York, 1961), pp. 149-150. 2 Ibid., p. 155. s Ibid., pp. 155-156. 480 SPACE-TIME AND THE COMMUNITY OF BEING 481 Space-time is not necessarily something to which one can ascribe a separate existence, independently of the actual objects of physical reality. Physical objects are not in space, but these objects are spatially extended. In this way, the concept "empty space " loses its meaning.4 These statements raise some interesting questions for the philosopher working within the Judaeo-Christian metaphysical and cosmological tradition. Einstein's concept of the spacetime continuum constituted by the field (or by the plurality of fields seen as interrelated) amounts in effect to a reduction of space-time to relation, to that which is constituted by a universal relational network. One may ask whether this concept is, as many seem to believe, a demolition of the classical and Christian view of the world, or whether, on the contrary, it amounts to a rediscovery of that view from the perspective of the vocabulary of contemporary physics. To ask the question in a slightly different way: Does relativity have anything to do with relativism and hence with the anti-ontological thrust of the latter? This question inevitably involves us in the more general question how the physical structure of the cosmos does or does not reflect the ontological structure of being-i.e., how is the cosmos as known by physics related to the world-order as the intelligible object of a philosophical cosmology? How are the various levels of cosmic order, from inorganic matter to the human level, related to one another? It will be the contention of the present essay that the relativistic concept of the cosmos not only is not destructive of the classical and Christian one, but converges with it, because the latter is grounded in the concept of being as being, and being in turn must be understood as the universal concept and reality which has reality by virtue of the community of beings, i.e., by virtue of relation. These concepts will be further clarified in the course of the discussion. Let it be clearly understood, however, that what follows does not pretend to constitute a rigorous logical derivation of a cosmological system but is 4 Ibid.," Note to the Fifteenth Edition," p. vi. 482 GEORGE A. KENDALL rather a series of speculations, of brief glimpses of areas of convergence which have drawn attention to themselves in the course of the struggle for ontological and cosmological truth. As such, they are presented as a step along the way in the search for understanding, not as... (shrink)

The central thesis of this paper is that the scope and structure of Hume's Treatise of Human Nature is modelled, or planned, after that of Hobbes's The Elements of Law and that in this respect there exists an important and unique relationship between these works. This relationship is of some importance for at least two reasons. First, it is indicative of the fundamental similarity between Hobbes's and Hume's project of the study of man. Second, and what is more important, by (...) recognizing this relationship between Hume's and Hobbes's works we can come to appreciate the unity of the project of the Treatise itself. My discussion will proceed in three stages. In section I present the evidence for my central thesis. In the second section I shall consider why Hume does not, as one might expect, acknowledge this important debt to Hobbes in the Introduction to the Treatise or in the Abstract. Finally, in the third section I shall note a few points of some importance to the understanding of Hume's philosophy which this relationship between Hobbes's and Hume's work touches upon. (shrink)

The present study partly supports, partly corrects, and partly complements recent discussions of Arius Didymus fr. 23 and fr. 25 Diels, Aetius I, 20, 1 and Sextus Empiricus AM X, 3-4 = PH III, 124. It proposes a comprehensive interpretation of the first text (A.I), defends the attribution of its content to Zeno of Citium (A.II), interprets the Stoic definitions of space, place and void to be found in the other sources (B.I) and again vindicates the attribution of the core (...) definitions to Zeno (B.II). The central methodological principle is the presumption of innocence for sources.The main conclusions of (A) are: 1. Arius Didymus' fr. 23 deals only with the coherence and the structure of the cosmos, not with its immobility; 2. The coherence of the cosmos, as that of any object, is determined by its hexis which pushes its parts towards its centre; 3. The structure of the cosmos, its stratification into the four concentric spheres of the elements, is determined by the combined effect of (a) the thrust downwards they all undergo from the cosmos' hexis; (b) their own natural weight or lightness and (c) the relative quantitative values of these weights or lightnesses; 4. The reasons adduced against Zeno's authorship are not based on the evidence but on the now prevalent disparaging sceptical approach towards Stobaeus' way of excerpting from Arius.The main conclusions of (B) are: 1. There is no deep contradiction between the various de finitions of space ascribed by our sources to Zeno, Chrysippus and the Stoics in general: what Chrysippus denied was the form of the de finition attributed to Zeno by Aetius, not the concept de fined, even though this form seems to have prevailed later in the school; 2. There is no good reason therefore to question its ascription to Zeno as some modern researchers have done; 3. Here again the error is due to a predominantly sceptical approach towards the reliability of our sources. (shrink)

The Shakespearean image of a tempest and its aftermath forms the beginning as well as a major guiding thread of Logic of Imagination. Moving beyond the horizons of his earlier work, Force of Imagination, John Sallis sets out to unsettle the traditional conception of logic, to mark its limits, and, beyond these limits, to launch another, exorbitant logic—a logic of imagination. Drawing on a vast range of sources, including Plato, Aristotle, Kant, Hegel, Nietzsche, and Freud, as well as developments in (...) modern logic and modern mathematics, Sallis shows how a logic of imagination can disclose the most elemental dimensions of nature and of human existence and how, through dialogue with contemporary astrophysics, it can reopen the project of a philosophical cosmology. (shrink)

von Gustav Adolf Seeck ; Volltext // Exemplar mit der Signatur: München, Bayerische Staatsbibliothek -- Z 50.598-31/34.