This chapter demonstrates how natural theology is both encouraged and challenged by the findings of the physical sciences. The scientific method is committed to finding naturalistic explanations, yet the vision that it gives suggests there is more to it than meets this particular eye: the universe seems to be permeated with signs of ‘mind’. The mysterious quantum world has shown us that new ways of thinking are required to deal with material ‘reality’. Quantum theory has also revealed new forms (...) of matter with ‘miraculous’ properties. These properties are not evidence of supernatural intervention in the normal running of the universe but manifestations of a deeper rationality that lay undiscovered by classical physics. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Journal of the History of Ideas 61.3 (2000) 381-395 [Access article in PDF] Minds, Forms, and Spirits: The Nature of Cartesian Disenchantment Han van Ruler What is Descartes's contribution to Enlightenment? Undoubtedly, Cartesian philosophy added to the conflict between philosophical and theological views which divided intellectual life in the Dutch Republic towards the end of its "Golden Age." 1 Although not everyone was as explicit as Lodewijk Meyer, (...) who said that his theological doubts were inspired by Descartes's philosophical method, Cartesianism along with Copernicanism, Socinianism, and Cocceianism played an important part in the growing skepticism towards the authority of Scripture. 2 Apart from Descartes's general method, however, specific Cartesian ideas encouraged a new view towards nature and towards God's role in governing it. In physics and physiology the new philosophy replaced the image of mind working on matter with the image of a self sufficient mechanism. This new causal metaphor led to a typically Cartesian form of "disenchantment." In this article I argue that on account of their approval of a Cartesian theory of causality, even authors with sincere religious motives came close to accepting radical and nearly Spinozistic ideas. I start with disenchantment in a very literal sense: Balthasar Bekker's denial of the activities of devils, angels, and other spirits. A comparison of Bekker's arguments with those of another Cartesian, Arnold Geulincx will, I hope, bring out the nature and importance of what I shall present as [End Page 381] Descartes's "mechanical reduction" in physics. Finally, I argue that the Cartesian separation of mind and body gave rise to a form of disenchantment that reached far beyond contemporary debates. Devils, Ghosts, and God's Omnipotence Balthasar Bekker's classic book The World Bewitched (1691-93) does not so much deal with the practice of sorcery as with its theory. Bekker offers a wide range of theological and philosophical arguments in order to combat the idea that ghosts, devils, and angels influence natural or historical events. In particular Bekker draws some important conclusions from the philosophy of Descartes. Yet it is immediately clear to the reader that the motives for his critique are religious rather than philosophical. 3 The World Bewitched is not written as a scientific assault on superstition. Bekker, at the time serving as a Calvinist minister in Amsterdam, presents his work as a new and perhaps final phase in the perfection of Christianity. For two centuries it had been a goal of the Protestant Reformation to accentuate God's majesty and to establish the idea of His absolute power over creation. Bekker's World again expresses this idea. His denial that ghosts and devils are active in the world is a logical consequence of the belief that there is no room for demigods in nature. Bekker thus adds a final touch to the project of the Reformation. The World Bewitched will testify to the fact "that I return as much of the honor of His Power and Wisdom to the Almighty, as they took from Him who gave it to the Devil. I ban [the Devil] from the World and I bind him in Hell." 4 Removing devils and spirits from nature, Bekker aims to distinguish superstition from true faith. The battle against superstitious beliefs had formed a characteristic element of Protestant tactics. Dutch Calvinists, for instance, took offense at the continuing practices of blessings and incantations. 5 Bekker wanted to go even further. The Protestantization of Christian dogma could only be completed by making everything in nature's course depend on God's unique power and providence. 6 "Science" in our sense of the word was a subsidiary matter. 7 Still, Bekker saw the new scientific theories of his day as useful allies. In particular it was the new philosophy of Descartes that attracted him. Following Descartes, Bekker reasons "that I think, that I will, [End Page 382] [and] that I understand something," without any part of my body being involved in this type of consciousness. Mind and body in fact have nothing in common: My... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Journal of the History of Ideas 61.3 (2000) 381-395 [Access article in PDF] Minds, Forms, and Spirits: The Nature of Cartesian Disenchantment Han van Ruler What is Descartes's contribution to Enlightenment? Undoubtedly, Cartesian philosophy added to the conflict between philosophical and theological views which divided intellectual life in the Dutch Republic towards the end of its "Golden Age." 1 Although not everyone was as explicit as Lodewijk Meyer, (...) who said that his theological doubts were inspired by Descartes's philosophical method, Cartesianism along with Copernicanism, Socinianism, and Cocceianism played an important part in the growing skepticism towards the authority of Scripture. 2 Apart from Descartes's general method, however, specific Cartesian ideas encouraged a new view towards nature and towards God's role in governing it. In physics and physiology the new philosophy replaced the image of mind working on matter with the image of a self sufficient mechanism. This new causal metaphor led to a typically Cartesian form of "disenchantment." In this article I argue that on account of their approval of a Cartesian theory of causality, even authors with sincere religious motives came close to accepting radical and nearly Spinozistic ideas. I start with disenchantment in a very literal sense: Balthasar Bekker's denial of the activities of devils, angels, and other spirits. A comparison of Bekker's arguments with those of another Cartesian, Arnold Geulincx will, I hope, bring out the nature and importance of what I shall present as [End Page 381] Descartes's "mechanical reduction" in physics. Finally, I argue that the Cartesian separation of mind and body gave rise to a form of disenchantment that reached far beyond contemporary debates. Devils, Ghosts, and God's Omnipotence Balthasar Bekker's classic book The World Bewitched (1691-93) does not so much deal with the practice of sorcery as with its theory. Bekker offers a wide range of theological and philosophical arguments in order to combat the idea that ghosts, devils, and angels influence natural or historical events. In particular Bekker draws some important conclusions from the philosophy of Descartes. Yet it is immediately clear to the reader that the motives for his critique are religious rather than philosophical. 3 The World Bewitched is not written as a scientific assault on superstition. Bekker, at the time serving as a Calvinist minister in Amsterdam, presents his work as a new and perhaps final phase in the perfection of Christianity. For two centuries it had been a goal of the Protestant Reformation to accentuate God's majesty and to establish the idea of His absolute power over creation. Bekker's World again expresses this idea. His denial that ghosts and devils are active in the world is a logical consequence of the belief that there is no room for demigods in nature. Bekker thus adds a final touch to the project of the Reformation. The World Bewitched will testify to the fact "that I return as much of the honor of His Power and Wisdom to the Almighty, as they took from Him who gave it to the Devil. I ban [the Devil] from the World and I bind him in Hell." 4 Removing devils and spirits from nature, Bekker aims to distinguish superstition from true faith. The battle against superstitious beliefs had formed a characteristic element of Protestant tactics. Dutch Calvinists, for instance, took offense at the continuing practices of blessings and incantations. 5 Bekker wanted to go even further. The Protestantization of Christian dogma could only be completed by making everything in nature's course depend on God's unique power and providence. 6 "Science" in our sense of the word was a subsidiary matter. 7 Still, Bekker saw the new scientific theories of his day as useful allies. In particular it was the new philosophy of Descartes that attracted him. Following Descartes, Bekker reasons "that I think, that I will, [End Page 382] [and] that I understand something," without any part of my body being involved in this type of consciousness. Mind and body in fact have nothing in common: My... (shrink)

Aristotle's Physics is a study of nature and of natural objects. According to him, these objects—either all of them or at least some of them—are in motion. That is, they are kinoumena, things that are subject to change. The first book of the Physics is largely devoted to this task. The account of substantial change in the Physics is devoid of any commitment to prime matter. Aristotle also takes up the topics of alteration and coming-to-be in De Generatione et (...) Corruptione. He adopts a kind of conservation principle: “the corruption of one thing is the generation of another, and vice versa.” In addition, Aristotle points out that all changes involve both a subject and an attribute of a sort which can be predicated of the subject, and says that either one of these is capable of “change”. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Journal of the History of Philosophy 39.1 (2001) 139-141 [Access article in PDF] Helen S. Lang. The Order of Nature in Aristotle's Physics: Place and the Elements. Cambridge: Cambridge University Press, 1998. Pp. xii + 324. £40. This is an unsuccessful book. Some of the reasons for its failure are complex, others are more simple. I cannot address all, but shall simply discuss the fundamental claims about four (...) large topical units—about nature, place, void and elemental motion—indicating why they are untenable.Discussing the celebrated definition of nature in Physics II.1, Lang contends that in it the verb kineisthai should be taken in the passive voice, that nature should be understood as a principle or cause of being moved and of being at rest, and not just blandly as a principle of motion and rest. Since Aristotle asserts in Book VIII of the Physics that the elements contain a passive principle of motion (255b30f), Lang's contention would mean that the elements in this respect do not differ from other natural entities. This is highly unlikely, given the systematic contrast of self-moving composite natural entities and simple, unarticulated elemental natures at 255a5-18. Lang goes so far as to assert [End Page 139] that "kineisthai is always passive, not middle (or reflexive), in both Plato and Aristotle" (42). Fortunately, we need not accept this on her word: although kineisthai can be both passive and middle, in some instances (notably in aorist and future), passive and middle forms are different. Accordingly, Lang's claim must be rejected on the basis of the very first passage she helpfully quotes as an "additional example" in n.24 on p.42: Physics VII.1 242a37f employs the middle voice future, kinesétai, and not the passive form, kinethésetai. The passage, teeming with different forms of the verb kineisthai, describes an entity which contains the principle of motion in itself, which moves naturally. This indisputably shows that Lang's contention is wrong.Lang, contrary to the well-entrenched scholarly consensus, claims that place is not the first (=innermost) extremity or first unmoved boundary of the containing body, but the extremity of the first body, i.e., of the celestial sphere. (The transposition of the qualification "first" happens in several, non-conclusive installments, see e.g. 99f, or 106f.) This transposition, however, runs counter to several of Aristotle's stipulations about place. Lang's all-encompassing extremity can only be the common (koinos) place of everything there is, whereas Aristotle is keen on finding the proper or particular (idios) place, a location which contains nothing but the entity itself (209a32-b1). The entirety of the discussion in Physics IV.4-5 attests that it is this latter place which Aristotle defines here: the first place is neither smaller, nor bigger than the thing in place (211a1f, a23-29, a31-33, etc.). Aristotle repeatedly stresses that the extremities of the contained body and its container are "in the same" (211a33f, b11f). This remark surely would be out of place about the remote extremity of the first containing body. It is also repeatedly set out that the direction of explanation is bottom-up, and not top-down, as Lang's all-encompassing universal place would require: it is by being in a particular locus that we can be said to be in (the sphere of) air, and by this in the heaven (209a33-b1, 211a23-26).Lang's proposal is not just theoretically unappealing. The traditional should not be rejected recklessly, without an attentive discussion. After all, it "apparently beg[a]n immediately with Theophrastus," as Lang rather uncannily admits (105), and it was Theophrastus, and not Lang, who studied and worked for decades with Aristotle.A key assertion of the chapter on void also rests on a grave philological blunder. Lang argues that interpreters switched from Aristotle's expression "that through which" (to di' hou) to "medium," thereby surrendering the original net of notions, in which the natural activity of the element impeded the progression of the... (shrink)

This chapter examines the similarities and differences between physical, psychological and virtual realities, and challenges some conventional, implicitly dualist assumptions about how these relate to each other. Virtual realities are not easily understood in either dualist or materialist reductive terms, as they exemplify the reflexive nature of perception. The chapter summarises some of the evidence for this “reflexive model”—and examines some of its consequences for the “hard” problem of consciousness. The chapter then goes on to consider how these (...) realities might relate to some grounding reality or thing-itself, and considers some of the personal and social consequences of becoming increasingly immersed in virtual realities. Although this chapter was published in 1998 and develops work published in 1990, it presents a form of “radical externalism” that anticipates many themes in current (2006) internalism versus externalism debates about the nature of mind. It is also relevant to an understanding of virtual reality “presence.”. (shrink)

The text begins with the analysis of two terms regarding life crucial to both Wittgenstein's early and late philosophy. These are life form and nature, specifically, human nature. Wittgenstein treats both concepts in a very specific manner, different from the traditional approach of philosophy. He also criticized philosophical attempts to attribute special characteristics to human intellectual abilities which would separate them from natural processes. A particular 'spiritual' status of epistemic and other rational powers disappears when there is (...) an insight into their dependence on discursive practices and specific forms of life on which these powers are based. Concepts such as certainty, knowledge, or explanations do not rest on a rational foundation, that is, they do not refer to processes with particular un-natural properties. Nor can they be reduced to neuro-physiological processes, either. Instead, it is a specific grammar of their usage that makes them different from other concepts describing physical or biological processes. In that sense, Wittgenstein develops a non-reductionist version of naturalism which preserves the diversity of human relations in the world. (shrink)

Peirce was greatly influenced by Aristotle, particularly on the topic of final cause. Commentators are therefore right to draw on Aristotle in the interpretation of Peirce's teleology. But these commentators sometimes fail to distinguish clearly between formal cause and final cause in Aristotle's philosophy. Unless form and end are clearly distinguished, no sense can be made of Peirce's important claim that 'desires create classes.' Understood in the context of his teleology, this claim may be considered Peirce's answer to nominalists (...) and sceptics on the possibility and status of scientific knowledge. On the basis of an improved view of Peirce's teleology, the objection that inorganic physical events do not admit of teleological explanation can be answered. I argue that the non-teleological alternative leaves the laws of nature and the actions of inorganic matter unexplained. (shrink)

The text begins with the analysis of two terms regarding life crucial to both Wittgenstein's early and late philosophy. These are life form and nature, specifically, human nature. Wittgenstein treats both concepts in a very specific manner, different from the traditional approach of philosophy. He also criticized philosophical attempts to attribute special characteristics to human intellectual abilities which would separate them from natural processes. A particular 'spiritual' status of epistemic and other rational powers disappears when there is (...) an insight into their dependence on discursive practices and specific forms of life on which these powers are based. Concepts such as certainty, knowledge, or explanations do not rest on a rational foundation, that is, they do not refer to processes with particular un-natural properties. Nor can they be reduced to neuro-physiological processes, either. Instead, it is a specific grammar of their usage that makes them different from other concepts describing physical or biological processes. In that sense, Wittgenstein develops a non-reductionist version of naturalism which preserves the diversity of human relations in the world. (shrink)

Descartes was both metaphysician and natural philosopher. He used his metaphysics to ground portions of his physics. However, as should be a commonplace but is not, he did not think he could spin all of his physics out of his metaphysics a priori, and in fact he both emphasized the need for appeals to experience in his methodological remarks on philosophizing about nature and constantly appealed to experience in describing his own philosophy of nature. During the 1630s, he (...) offered empirical support for the basic principles of his natural philosophy, while also promising to provide a metaphysical justification. He offered the metaphysical justification in the Meditations and Principles. and claimed absolute certainty for it. At the same time, he recognized that the particular postulated mechanisms of his natural philosophy did not reach that standard of certainty. These mechanisms were supported by empirical testing or confirming of causes through observed effects. (shrink)

The nonadditive properties of mass make it desirable to abandon mass as a basis unit in physics and to replace it by a unit of the dimension of the quantum of action [h]. The ensuing four-unit system of action, charge, length, and time [h, q, l, t] interacts in a much more elucidating fashion with experiment and with the fundamental structure of physics. All space-time differential forms expressing fundamental laws of physics are forms of physical dimensions, h, h/q, or (...) q. Their occurrence as periods (residues) of period integrals of forms makes h and q topological invariants in space-time and stresses in general the global nature of quantization. The coordinate dimensions [l] and [t] only come into play for the form-coefficients, the metric tensor, and their tensorial relatives. One thus obtains a very natural guidance for implementing the principle of general covariance, when coordinate-based descriptions are necessary. The consequences for the general theory of relativity are discussed. (shrink)

Quantum theory and the classical theory of computation were perfected in the 1930s, and fifty years later they were unified to form the quantum theory of computation. Here I want to tell you about a speculation — I can’t call it more than a “speculation” even though I know it’s true — about the kind of theory that might, in another fifty years’ time, supersede or transcend the quantum theory of computation. There are branches of science — in fact (...) most of them are branches of physics — that we expect, by their nature, to have philosophical implications. An obvious example is cosmology. There are other sciences, such as, say, aerodynamics, in which, no matter how startling or important our discoveries may become, we do not expect fundamental philosophical implications. So, various sciences fall at different places on a scale (Fig. 1) ranging from the most fundamental on the left to the least fundamental, the most derivative, on the right. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Hume’s Natural Philosophy and Philosophy of Physical Science by Matias SlavovKrisztián PeteMatias Slavov. Hume’s Natural Philosophy and Philosophy of Physical Science. London: Bloomsbury Academic, 2020. Pp. 216. Hardcover. ISBN 9781350087866, £95.Although the relationship between Hume and Newton is a recurring theme in the Hume literature, Matias Slavov’s book does not seek to contribute to the debate between the traditional (Hume imitated Newton’s natural philosophy) and the (...) critical (Hume intended his “science of Man” as the foundation of all other sciences) approaches regarding the nature of this relation. The book is intended to be a summary of Hume’s natural philosophy—or rather an aggregation of his comments on natural philosophical topics—pursued by exploring and analysing themes and issues that were prominent in the natural philosophy of the early modern period. In this respect it is a pioneering undertaking.Of course, Slavov does not claim in his book that Hume is a natural philosopher. “[F]irst and foremost... [h]e is not; for his main objective is to establish a new science of human nature” (1). But Slavov does claim that Hume’s natural philosophical views can be understood and valued in themselves and in the philosophical-scientific context of his time as well. The book is not a discussion of the natural philosophical dimensions of the “science of human nature,” but rather, of the natural philosophical views which are reconcilable with his main objective. In this respect, the book is not a methodological approach to Hume’s supposed natural philosophy, but a synthesis of certain elements of Hume’s philosophy that can feature in a consistent natural philosophy. Although his arguments are generally indirect and are more about what Hume seems to be committed to and what follows from his epistemological position rather than his actual positions, Slavov’s conclusions seem mostly convincing.Thus, Slavov’s point is not that the empiricist method is compatible in every detail with Newtonian mechanics, but rather that Hume seems to be committed more to a Cartesian natural philosophy. Slavov does not write about the possibility and significance of applying natural philosophical methods to moral philosophy; rather, he wants to build a complete philosophy of nature around some of Hume’s basic ideas to “fill the gap for a book on Hume’s relation to natural philosophy and philosophy of physical science” (2).The book has two “equally important aims” (ix): to shed more light onto Hume’s relationship to natural philosophy, and to demonstrate that physics and philosophy have overlapping domains. Hume was hardly concerned with physics, so Slavov’s strategy of defining natural philosophy as an overlap between physics and philosophy (chapter 1) does, to some extent, explain the lack of textual evidence in this area. The definition of natural philosophy chosen by Slavov is also intended to ensure [End Page 170] that these two goals are intertwined, since according to Slavov’s definition, natural philosophy is “a grey area between philosophy and physics” (12).Personally, I do not feel comfortable with this definition because it is not informative enough; it says that natural philosophy is more than modern physics (mathematized natural science), but it is not quite philosophy. While the first implication is very agreeable, and a number of scholars have addressed the issue, to assess the second implication, we would need to know exactly what philosophy is in this context. Perhaps the best candidate is metaphysics, even if Slavov keeps the reader somewhat in the dark on this point, despite the fact that chapter 2 is intended to establish precisely that point. Yet, the metaphysics of this period was usually (with the possible exception of Spinoza) used to support natural scientific explanations. I believe that natural philosophy is more than a “grey area” (9, 12, 22), or a contact zone; it is a complex enterprise that evolved in different forms with different emphases: Cartesian mechanics still sought to understand nature, pursuing the Aristotelian ideal of knowledge, albeit rejecting Aristotelian methods, while empiricists increasingly envisaged a more instrumentalist role for natural explanations. Newton himself was caught between the two.In this context it is intriguing whether Hume carries forward Berkeley... (shrink)

In this paper, we explore the architecture of downward causation on the basis of three central cases. We set out by answering the question of how top-down causation is possible in the universe. The universe is not causally closed, because of irreducible randomness at the quantum level. What is more, contextual effects can already be observed at the level of quantum physics, where higher levels can modify the nature of lower-level elements by changing their context, or even creating them. (...) As one moves up through higher levels, contextual effects on lower levels occur on various scales within nature, which is crucial in biology in general and the brain in particular. We then argue that there are important logical downward causes.objects have causal effects on material-energetic systems. It can be shown that abstract objects have measurable effects on lower levels, which needs to be accounted for by successful explanations of real phenomena such as intentional action. Intentional action has the form of deductive causation from logical structures to human agency. Without this assumption, we would not be warranted in believing that our physical theories latch onto a universe that is essentially the way we discover it to be. Denying top-down causation on account of the idea that the universe permits only bottom-up constitution of wholes from lower-level elements leads to undermining the very possibility of knowledge and science. Thus, it can be rejected as a global form of explanation. We sketch a model for mind-body interaction according to which the various levels of a human organism together enable the emergence of mental top-down effects. They are necessary conditions for the emergence of human mindedness. Once it is clear that downward causation is a widespread natural phenomenon, the apparent mystery of mental causation is, in principle, solved. (shrink)

Not a text, but a thoughtful and provocative essay for those who have already done their groundwork in ethical theory, this book is especially interesting because it introduces broadly relevant views of otherwise unfamiliar contemporary European philosophers as taken from their publications in the 1950's and 60's. van Melsen deals with the often opposing concepts of "man as nature," the object of science, and "man as freedom," the subject who carries out the research. An especially interesting thesis is that (...) of the correspondence of views of man, stages in the development of science and natural law theory, and ethical theories and aspirations. As an example, van Melsen shows that the relative weight of intention and of results in determining the ethical value of an act, varies in static versus dynamic social orders. In discussing the changes in meaning of "natural law" he relates this to the problem of human sin and freedom, in the form given it by Thomas Aquinas: evil sways man only by its ability to pass as goodness. In modern scientific terms, we are not able to recognize evil except as we can cope with the statistical probabilities of its horrible consequences. The author takes up the relation of "is" and "should," quite independently of the tradition of Hume in which the issue is frequently presented to American students. In both science and morals, "should" is always richer than "is." Although norms can never be entirely divorced from what exists in nature, nature can offer a norm only insofar as it produces something that man recognizes as valuable. van Melsen would opt for the reality of ideals, limit concepts, which constitute the "nature" of ethical good or "human nature." On this view science is doubly relevant to ethics: the scientist should appreciate his work as carrying out the ethical command to distinguish evil from good by enlarging our knowledge of consequences, and further as embodying his love for fellowmen.--M. B. M. (shrink)

Nobel Laureate in physics Wolfgang Pauli studied philosophy and the history of ideas intensively, especially in his later years, to form an accurate ontology vis-à-vis quantum theory. Pauli's close contacts with the Swiss psychiatrist C.G. Jung gave him special qualifications for also understanding the basic problems of empirical knowledge. After Pauli's sudden death in 1958, this work was maintained mainly in his posthumously published correspondence, which so far extends only to 1939. Because Pauli's view differs essentially from the direction (...) physics research took after the deaths of the founding fathers of quantum theory, this article attempts to describe the main features in Pauli's revolutionary thought, which is based on nature's “epistemological lesson” as revealed by Pauli's atomic research. Pauli's conclusions have important implications for various issues in Western culture, not least with the limits of science and the relation of science to religion. (shrink)

A cornerstone of modern western philosophy, addressing the role of man in government, society and religion In 1651, Hobbes published his work about the relationship between the government and the individual. More than four centuries old, this brilliant yet ruthless book analyzes not only the bases of government but also physical nature and the roles of man. Comparable to Plato's Republic in depth and insight, Leviathan includes two society-changing phenomena that Plato didn't dare to dream of -- the (...) rise of great nation-states with their claims to absolute sovereignty, and modern science, with its unprecedented analytic power. To Hobbes, the leviathan -- a mythical sea creature described in the Old Testament -- represented his central thesis: that the state must be strong in order to control and protect its citizens. Even today, Hobbes's thesis in Leviathan is debated among scholars and philosophy aficionados around the globe. One of the earliest attempts at a genuinely scientific understanding of politics and society in their modern form, this book also remains one of the most stimulating. In his timeless work, Hobbes outlines his ideas about the passions and the conduct of man, and how his theories are realized in every individual. Addressing free will and religion, Hobbes constructs an intelligent argument for the basis of religion within government and how to organize a peaceful and successful Christian commonwealth. Like Plato's Republic, this book contains ideas on psychology, ethics, law, language, and religion that continue to challenge modern thinkers and exercise a profound influence on Western thought. A classic treatise of philosophy, Leviathan is critical reading for anyone who wishes to examine the human mind through the prisms of government and society. (shrink)

This is a wonderful book. It is, in my opinion, the best book on Aristotle’s treatment of the physical world to appear in recent years. Still, this book is not one that can be read through on a Sunday afternoon. It resembles a text of Aristotle in the compactness of argument, though not, I am happy to report, in clarity. Like a guide raised in the wild, Lang leads us through a large sector of the forest of arguments in (...) the Physics and De Caelo. This analogy brings me to the following point: Lang’s perspective on Aristotle is extraordinary. Lang is the author of another excellent book, Aristotle’s Physics and Its Medieval Varieties. Discussions of Aristotle’s philosophy of nature through the lens of medieval philosophy and science are not uncommon. These discussions, however, face the peril of attributing, in one way or another, viewpoints to Aristotle that are actually those of his medieval successors. For this reason most work on Aristotle is now done without reference to medieval thought. Perhaps this is as it should be. But one of the great difficulties in understanding Aristotle’s conception of the world is how we are to interpret what he says. Our perspective on the world is largely formed on the basis of early modern rejections of medieval Aristotelian views. That is to say that built into our perspective is a negative response not to Aristotle directly but to medieval interpretation of Aristotle. This fact makes it extremely difficult for us to see Aristotle clearly. Here lies the advantage of knowing the “medieval varieties” of Aristotle’s natural philosophy when we try to make sense of Aristotle. Knowing this helps us distinguish more clearly between our own perspective and its roots and Aristotle’s. Aristotle’s perspective is in fact fundamentally different from ours. For example, Lang points out that to insert the notion of “speed” into Aristotle’s discussion of motion is “seriously misleading” because speed is conceptually distinguishable from moving bodies and is so treated, whereas motion, for Aristotle, is always the actualization of a capacity intrinsic to a moved body; therefore motion can neither be quantified nor abstracted from what is moved. (shrink)

I argue that scientific and poetic modes of objectivity are perspectival duals: 'views' from and onto basic natural forces, respectively. I ground this analysis in a general account of objectivity, not in terms of either 'universal' or 'inter-subjective' validity, but as receptivity to basic features of reality. Contra traditionalists, bare truth, factual knowledge, and universally valid representation are not inherently valuable. But modern critics who focus primarily on the self-expressive aspect of science are also wrong to claim that our knowledge (...) is or should be ultimately mediated by ourselves. In objective science, we represent nature as a field of phenomena determined by and within explanatorily-basic physical structures that encode the causal impact of elemental physical forces. These causally-basic forces hence ground the possibility of objective scientific theory, even though (I argue) they are systematically excluded from its representational contents. I show how my notions of force and field emerge partly through my effort to naturalize concepts of 'God' and 'Laws' in 17th-century natural philosophy. In science, we use the structure of basic forces' impact to see corresponding objects. We do not see these forces themselves—and this relates to the 'transcendence' of 'God'. I supplement this historical analysis by critiquing standard accounts of objectivity, and by synthesizing elements from neo-Kantian epistemology and current 'structural' realism into a view that I call 'dynamic structuralism'. Finally, I argue that physics systematically relies on passive characterizations of phenomena like inertia and impressed force. Dynamic alternatives that are just as empirically adequate are possible, but they are non-scientific. Poetic objectivity involves a direct presentation of nature as an order of interacting forces. I elaborate first by developing a novel theory of the relation between beauty and sublimity, mediated by a basic category of 'sensory force' (e.g. a 'singing' tone in a beautiful melody). I then describe the interaction between sensory and affective dimensions of aesthetic experience, in relation to an original historical analysis of passion and 'disinterestedness' in Kant, Schiller and Nietzsche. I synthesize these lines of analysis into a critique of the role of 'expression' in art. I also resist 'spectator'-centric aesthetics, in this connection, by developing an account of artistic objectivity in dialogue with Ruskin's critique of the 'pathetic fallacy'. I contrast artistic objectivity with Romantic ideals of self-expression, while elaborating its positive relation to certain currents within Victorian and Modernist aesthetics, including Imagists' stress on 'exteriority'. My project creatively extends Nietzsche's view that philosophical and scientific theories are 'perspectival' expressions of theorists' drives. It is a virtue of Nietzsche's account that he takes the outlet of strong human drives in creative acts of theorizing to be just one among many higher modes of 'will to power' in nature—many of which are totally impersonal. But Nietzsche is still too focused on self-expression or willing one's own power. Objective science involves external forces' 'expression' in and through us, not just 'expressing' our own powers. And Nietzsche's vitalistic 'will to power' must be replaced by a basic ontology that better accommodates inorganic phenomena, like the 'lawful' order of celestial motions. Thus I aim to de-anthropomorphize and 'de-organicize' post-Kantian notions of willful striving and organic development, while preserving for force the primary ontological and evaluative status that theorists from Schiller and Goethe to Schelling and Schlegel to Emerson and Nietzsche attributed to will or to life. (shrink)

It has been argued that the thirteenth and fourteenth centuries were a crucial period in the medieval development of the idea of contagion. Theologians and physicians cooperated in devising a conceptual model based on medical literature (Hippocratico-Galenic and Avicennian) and formulated primarily to explain the origin, transmission, and development of contagious diseases, but that was flexible enough to be applied to a number of other different phenomena (the communication of sin and vices, love sickness, fascination, etc.). This article explores the (...) ways in which Albert the Great contributed to the formation of this broad and highly articulated notion of contagion. First, he provided a systematic analysis of the mechanisms of pathogenesis and transmission of contagious diseases (in particular, pestilences and leprosy). Moreover, his interests encompassed several different forms of contagion, including the powers of stones (e.g., the attractive virtue of the magnet) and animals, the influences of the woman’s body and mind (mulier menstruata and vetula), fascination. Albert also provided different models for the explanation of the “contagious influence” (mechanical explanation based on physical contact, the Avicennian theory of psychosomatic transformations, the Avicennian doctrine of the power of the soul over external bodies, spiritual transmission of sins). As a result of his investigation into the mechanisms of disease transmission, air contamination, noxious influences, and fascination, Albert came to problematize the usual idea of natural causality based on the principle of contact between substances, and to test the potentials and limits of action at-a-distance. In particular, the present paper will examine Albert’s views on some of the phenomena explained through the concept of contagion: pestilences, leprosy, the basilisk, the menstruating woman, and fascination. (shrink)

A widespread view of the natural sciences holds that their historical development was accompanied by a constantly widening gap between them and magic. Originally closely bound up with magic, the sciences are supposed to have distanced themselves from it in a long-drawn-out process, until they attained their present magic-free form. I would like, in this essay, to discuss some arguments in support of this plausible view. To this end, I shall begin with a definition of magical and scientific concepts (...) of nature. To exemplify the gap which, over several epochs, widened between the magical and the scientific understanding of nature, I would like to examine two concepts in natural science, both assumed by physics. The first concept I select is Aristotle's concept of physis. It was fundamental to the emergence of physics, and sets its mark on thought in this field right up to the beginning of the modern period. The distinctive characteristic of the second concept of nature is negative, consisting in the elimination of the Aristotelian distinction between physis and techne. I consider Galileo Galilei to be a trail-blazer for this anti-magical position, as well as a co-founder of experimental science with his mechanical and astronomical works. As a conclusion I will say something of the relationship of magic to concepts of nature typical of the following period, both in physics and other natural sciences. (shrink)

The concept of nature (Gr. phúsis; Ar. ṭabīʿa) lies at the heart of classical physics. Seemingly small differences about nature can blossom into significant disagreements. The present study offers an exposition of certain neglected passages concerning ṭabīʿa in Ibn Sīnā’s al-Samāʿ al-ṭabīʿī(The Physics of the Healing). The pre­dominant view of ṭabīʿa is that it as an active principle, a concep­tion of nature that radically departs from Aristotle’s account of phúsis in Physics I-II. I dispute this interpretation by (...) investigat­ing two neglected texts in the Physics of the Healing. First, these texts indicate that nature should be associated with matter and form (I, 6) and, second, they argue that failing to account for matter and form makes knowledge of nature incomplete (I, 9). (shrink)

As the view that the mind has a physical cause becomes increasingly more difficult to refute, both philosophy and science must face the fact that having experiences, qualia, consciousness in short, is simply not deducible from within our physical theories. Indeed, all the power physics shows for qualitative explanation is adduced from outside the actual formality of its theories. Our physical theories describe vibrations and stochastic correlates of motion, and there is no principled way to explain awareness (...) or the existence of experiencers by mere vibrations or motions. The problem arises because the objectivity of the language of physical theory is antithetical to the subjectivity of consciousness. The gap between them can be understood analogously to the gap between ''is'' and ''ought'' reasoning in ethics. One solution may be to bypass formal languages that attempt to purely deduce consciousness from without, and instead explain it using a pseudo- poetic language that can withstand both physical and introspective interpretation. This paper introduces such a language, and it uses the new language to define an "Ontological Principal." Preface This essay is an attempt to fit consciousness into a physical worldview by expanding our ideas of the nature of the physical world to encompass more than just the descriptions of physics. This is not a reductionist argument in the sense put forth by Fodor in The Language of Thought. Such arguments from the special sciences to physics are of the form 1 ? 2, where the left side of the bi- conditional contains the laws of the special science and the right side contain some kind of bridge laws that lead towards the laws of physics. Fodor gives a convincing argument as to why we should not expect such a reduction for cognitive psychology. The strategy taken here is to explain consciousness by immersing physics inside a larger and less formal view of. (shrink)

The article discusses Philip Goff’s latest projects of developing panpsychist research program as one that is capable of revealing the place of consciousness in the physical world and accounting for the intrinsic nature of physical reality, while avoiding the problem of the causal closure of the physical that is supposed to be pernicious for psychophysical dualism. The case is made that on the one hand, dualism has pretty good resources to meet the inductive no-gap objection appealing (...) to the causal closure, while on the other hand, insofar as this objection has some force, panpsychism in the forms discussed in Goff’s book Galileo’s Error (Goff, P. 2019. Galileo’s Error: Foundations for a New Science of Consciousness. New York: Pantheon Books) faces nearly the same difficulties and its capability of overcoming these difficulties is problematic. While the hybrid cosmopsychism, as developed in Goff’s later manuscript, circumvents the causal closure problem, it does so at the price of relying on assumptions that are hardly intelligible. (shrink)

Human consciousness, the result of breathing process as dealt with in the Upanishads, is translated into modern scientific terms and modeled as a mechanical oscillator of infrasonic frequency. The bio-mechanic oscillator is also proposed as the source of psychic energy. This is further advanced to get an insight of human consciousness (the being of mind) and functions of mind (the becoming of mind) in terms of psychic energy and reversible transformation of its virtual reflection. An alternative analytical insight of human (...) consciousness and mental functions to other theoretical approaches is developed based on Upanishadic insight and presented.That reversible transformation of virtual psychic energy reflection termed as maya, creating various consequential / parallel / simultaneous conscious-states, phases, cognitive and communicative states, modes of language acquisition and communication, and kinds of function of human mind is visualized. The concept is extended to delineate form, structure and functional mechanism of human mind and to know how it facilitates human mental acquisitions, retention, communications, including language abilities. This proposal is extensively discussed and the hardware and software of mind as envisaged in Indian philosophical systems are put forward.All this presentation is translated to neuro-biology in terms of brain wave modulation / demodulation terms. Also a preliminary proposition of physic-chemical nature of human thoughts and ideas is given. (shrink)

This book offers a translation of Aquinas’s De Principiis Naturae and De Mixione Elementorum accompanied by a continuous commentary, followed by two essays: “Elements in the Composition of Physical Substances”, and “The Elements in Aquinas and the Elements Today”. The unity of the volume rests in the question of the composition of natural things.

Meaning and nature are this book’s principal topics. They seem an odd couple, like raisins and numbers, though they elide when meanings of a global sort—ideologies and religions, for example—promote ontologies that subordinate nature. Setting one against the other makes reality contentious. It signifies workmates and a coal face to miners, gluons to physicists, prayer and redemption to priests. Are there many realities, or many perspectives on one? The answer I prefer is the comprehensive naturalism anticipated by Aristotle (...) and Spinoza: "natura naturans, natura naturata." Nature naturing is an array of mutually conditioning material processes in spacetime. Each structure or event—storm clouds forming, nature natured—is self-differentiating, self-stabilizing, and sometimes self-disassembling; each alters or transforms a pre-existing state of affairs. This surmise anticipated discoveries and analyses to which neither thinker had access, though physics and biology confirm their hypothesis beyond reasonable doubt. Hence the question this book considers: Is reality divided:nature vrs. lived experience? Or is experience, with all its meanings and values, the complex expression of natural processes? (shrink)

We argue that Bohrian complementarity is a framework for making new ontological sense of scientific findings. It provides a conceptual pattern for making sense of the results of an empirical investigation into new realms or fields of natural properties. The idea of “formation length” engenders this mutual attunement of evidence and reality. Physicists want to be able to ascribe ontological features to atomic constituents and atomic processes such as “emission”, “impact”, or “change of energy-state”. These expressions supposedly refer to “local” (...) forms of physical change that in sum constitute the possibility of there being a “global” (for example an atomic) system of possible states. We argue that it is only because we can act it out in the design of experiments that we canmake sense of the link between classical and quantum theoretical systems. We need the notion of formation length in order to express the principle that the atom is a causal unity. This not in the sense of being the ground for a particular kind of causality, but in the sense of unifying the grounds for the variety of causal manifestations that constitutes the atom. (shrink)

A primary function of mind is to form and manipulate representations to identify and choose survival-enhancing behaviors. Representations are themselves physical systems that can be manipulated to reason about, predict, or plan actions involving the objects they designate. The field of knowledge representation and reasoning turns representation upon itself to study how representations are formed and used by biological and computer systems. Some of the most versatile and successful KRR methods have been imported from computational physics. Features of (...) a problem are mapped onto dimensions of an imaginary physical system in which solution quality is inversely related to energy. Simulating the fictitious physical system on a digital computer yields a low-energy, and hence high-quality, solution to the original problem. This paper suggests a rethinking of the traditional metaphor of cognition as execution of algorithms on a digital computer. It may be both more fruitful and more accurate to conceive of representation as mapping problem features to an energy surface, learning as identifying representations that map good solutions to low free energy, and problem solving as efficient search for low free energy states. This conception of cognition is in natural accord with Stapp's theory of efficacious conscious choice. Normal 0 false false false EN-US X-NONE X-NONE /* Style Definitions */ table.MsoNormalTable {mso-style-name:"Table Normal"; mso-tstyle-rowband-size:0; mso-tstyle-colband-size:0; mso-style-noshow:yes; mso-style-priority:99; mso-style-qformat:yes; mso-style-parent:""; mso-padding-alt:0in 5.4pt 0in 5.4pt; mso-para-margin:0in; mso-para-margin-bottom:.0001pt; mso-pagination:widow-orphan; font-size:11.0pt; font-family:"Calibri","sans-serif"; mso-ascii-font-family:Calibri; mso-ascii-theme-font:minor-latin; mso-fareast-font-family:"Times New Roman"; mso-fareast-theme-font:minor-fareast; mso-hansi-font-family:Calibri; mso-hansi-theme-font:minor-latin; mso-bidi-font-family:"Times New Roman"; mso-bidi-theme-font:minor-bidi;} Normal 0 false false false EN-US X-NONE X-NONE /* Style Definitions */ table.MsoNormalTable {mso-style-name:"Table Normal"; mso-tstyle-rowband-size:0; mso-tstyle-colband-size:0; mso-style-noshow:yes; mso-style-priority:99; mso-style-qformat:yes; mso-style-parent:""; mso-padding-alt:0in 5.4pt 0in 5.4pt; mso-para-margin:0in; mso-para-margin-bottom:.0001pt; mso-pagination:widow-orphan; font-size:11.0pt; font-family:"Calibri","sans-serif"; mso-ascii-font-family:Calibri; mso-ascii-theme-font:minor-latin; mso-fareast-font-family:"Times New Roman"; mso-fareast-theme-font:minor-fareast; mso-hansi-font-family:Calibri; mso-hansi-theme-font:minor-latin; mso-bidi-font-family:"Times New Roman"; mso-bidi-theme-font:minor-bidi;}. (shrink)

The rich blend of theories and experiences that made the history of physics possible still now enlightens the scientific method. We stress the need to learn from this method the force of making its principles explicit, while developing a rich diversity of theories, which are often incompatible. Unity is preserved by common founding principles and their mathematical form, such as the understanding of conservation properties (energy, momentum etc.) in terms of symmetries. When moving from the inert to the living (...) state of matter, new challenges are posed, beginning with biological “heterogenesis”, as “genesis of and from diversity” in a changing space of pertinent observables and parameters: the Darwinian ecosystem. The question that is posed is how we may consistently embed the theories of the inert into biology. By naturalization we mean an analysis of physics as part of the sciences of nature, not as the science governing them all. In particular, the founding symmetry principles of physical theories, often used to “naturalize” (but, actually, to “physicalize”) other sciences, will instead be framed in more general dynamics which deal with fundamental changes of symmetries, as they apply, in our views, in all historical sciences, beginning with biology. This paper will accordingly explore the notion of (non-)conservative extension of theories in a precise mathematical sense. We stress a perspectival epistemology that promotes a dialogue of theories, in search for bridges or even unity, inspired by the method of “unification” at the core of major theoretical inventions in physics. Our main motivation is the need to go beyond the strong dualistic separation of space (or of the more general “phase space”) as a pre-given container of the dynamics of matter, that biased physics from Aristotle to Newton and, in a technically different way, even Einstein. (shrink)

At the beginning of his book, Methode und Beweisziel im ersten Buch der “Physikvorlesung” des Aristoteles, Johannes Fritsche announces that the theme of the work is to be more or less Aristotle’s Physics. It is to be less about the Physics insofar as it treats only two sentences of its first book—the first sentence of chapter one and a sentence taken from its decisive seventh chapter. It is to be more about the Physics insofar as it explicates these two sentences (...) in order to establish the principle according to which the entire Physics is constructed. Fritsche’s book is impressive both in its breadth and its depth. He situates his own position within a broad historical tradition by addressing both ancient commentators, like Simplicius and Philoponus, and modern commentators, like Wieland and Guzzoni. He argues, however, the unpopular position that the books of the Physics do have a systematic relationship to one another, that they are not merely an amalgamation of individual thoughts on the general subject of natural philosophy. One of the most intriguing aspects of Fritsche’s account is his suggestion that the main goal of the first two books of the Physics is to establish the condition for the possibility that there are principles of natural beings. In this, he distinguishes his own position from many in the tradition who claim that Aristotle assumes the existence of such principles without ever actually arguing for them. (shrink)

The ongoing research program of process thought meets some of its most crucial tests in efforts towards a comprehensive philosophy of nature. Contributors to the two special focus issues on natural science for the Process Studies journal provide many examples of such tests and commentary that reflect contemporary scientific thought. A core element of modern scientific methodology is the search for invariant, physical relationships that simplify our understanding of complex systems. In addition to a preference for some (...) class='Hi'>form of critical realism and intersubjective testability, scientists search for relationships that are both universal and repeatable. Indeed, the very success of this approach has led to more and more frequent use of 'event/process' versus 'substance/thing' language in the sciences. (edited). (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Richard Price, the Debate on Free Will, and Natural RightsGregory I. MolivasWhen Richard Price projected metaphysical assumptions onto his ethical theory, he elaborated a conception of man as a normatively self-regulating being. Endowed with rationality, man is a “law unto himself.” Price’s political writings postulated accordingly that man should be his own legislator. The first proposition appeared in his ethics in the context of man’s identification with his higher (...) faculties, and the second in the context of man considered as a member of civil society. Crucial to the transition from the first context to the second was Price’s notion of man’s inward constitution as permeating his conception of practical virtue, a view he expanded in his discussion on free will. This conception was built on a sharp contrast between reason and passion, which he described in terms of a relationship like that of sovereign to subject. The contrast is between those faculties which are destined to command, and those who ought to obey. This analogy facilitated comparison with normative relationships obtaining in civil society, where Price identified subservience to passion with obedience to an external-to-the-“self “ power, which in a political context manifested as the wishes of other people.These successive steps from ethical supposition to political claims, formed a body of assumptions underlying beliefs that were shared by many of his contemporaries. They did not constitute a unified system of principles, and it is vain to seek theoretical consistency in all those who seemed to have espoused ideas similar to those of Price. His assumptions do, however, help to explain why some of his contemporaries found his ideas familiar or self-evident, while to others they were incomprehensible. Nor is it a coincidence that Price’s most able critics happened to be psychological determinists (Richard Hey, John Lind, Edmund Burke), who attacked his conception of political liberty after undermining, or disputing, Price’s conception of man. [End Page 105]I. In the writings of all those who inveighed against the rights of man, the words “natural rights” and “metaphysics” are often found together. Thomas Paine was accused of having “crudely stolen” his “crazy metaphysics” from others, 1 and studies of Edmund Burke have continuously pointed to his dislike of the “professor of metaphysics.” Burke’s aversion to abstract speculation and metaphysics has often been interpreted as the natural reaction of an English politician confronting the generalities of continental writers. Frederick Dreyer, however, argues that when Burke wrote his Reflections, he had in mind Price’s philosophical arguments rather than the events of the French Revolution. 2 According to him, the anonymous “metaphysician” whom Burke so often and so vehemently denounced was, in fact, Richard Price.In substantiating his position Dreyer quotes, among other things, a revealing passage from Burke: “There are people who have split and anatomized the doctrine of free government, as if it were an abstract question concerning metaphysical liberty and necessity, and not a matter of moral prudence and natural feeling.” 3 Although Dreyer does not pursue the full implications of the evidence he presents, this is a remarkable statement, because it indicates what Price had undertaken in his political writings. In his philosophical works Price had defended the idea of metaphysical or philosophical liberty as a precondition of moral agency. In the first and most important theoretical section of his influential Observations on the Nature of Civil Liberty, 4 which set out to analyze the nature of liberty, Price summarized his earlier philosophical views. As William King noted in this section of his political pamphlet Price was “totally out in his philosophy.” 5Price defined liberty as the power of self-government and approached it through its four general divisions: physical liberty, moral, religious, and civil liberty. Commentators on Price have often acknowledged that his conception of liberty, as expounded in his political pamphlet, is indebted to his earlier philosophical work and notably his Review of the Principal Questions in Morals; 6 but they have not followed up with a clear exposition of how the divisions of liberty Price put forward in his Observations are related. [End Page 106]Although J. C. D. Clark claims that... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:BOOK REVIEWS 351 raise questions for his thesis. Casey seems to want to suggest that our moral responses that do not fit well with the tradition of the virtues are simply the last remnants of a particular religion. But his own men· tion of the Stoics as one important source for the ' Christian ' tradition suggests that the commitments that Casey traces to Christianity-for example, to some version (...) of equality-may be more deeply rooted in the wider Western culture than he allows. And on the other hand, it is not obvious that everything that he associates with ' pagan ' virtues is necessarily incompatible with Christianity; after all, Aquinas, in addition to his extensive appropriation of the framework of the cardinal virtues, also argues that self-love is the first injunction of charity, after love of God (Summa theologiae 11-11, 26, 4). Even so, Casey's work raises important questions for contemporary moral theory. He succeeds in challenging too easy an appropriation of the tradition of the virtues by Christian ethics, and his challenge must he answered by anyone who would attempt to defend a contemporary Christian theory of the virtues. Moreover, by calling attention to the complexity and inner tensions that characterize our moral reflection, Casey reminds us that the category of ' the moral ' is not as straightforward as we sometimes take it to be. His book deserves to be widely read and carefully debated. University of Notre Dame Notre Dame, Indiana JEAN PORTER Nature and Scientific Method. Edited By DANIEL 0. DAHLSTROM. Studies in Philosophy and the History of Philosophy, vol. 22. Washington: Catholic University of America Press, 1991. Pp. 328. $48.95. William A. Wallace is a careful scholar and clear teacher of the history and philosophy of science. This volume is dedicated to him; the sixteen contributors were chosen because they have all been influenced by him, directly or indirectly. A comprehensive chronological list of Father Wallace's works, provided at the end of the book, reveals his two primary interests: contemporary issues in the philosophy of science and studies in the history of science. To reflect this, the first part of this book consists of seven essays on various contemporary issues in the philosophy of science; the second part is nine historical studies. This review will address each part in turn. Part I, "Contemporary Issues," suffers from a notable lack of unity. 352 BOOK REVIEWS Some authors directly and appropriately acknowledge the influence or inspiration of Wallace upon their contributions, the sole factor that might provide cohesion to the book as a whole. Other contributions are surprisingly devoid of any explicit connection to Wallace, save a tangential one. Wallace has provided the scholarly community with consistent and well-grounded work in the philosophy of science from a realist perspective. This realist position is shared by Rom Harre, the author of the opening essay, "Causality and Reality." Harre argues that the classical concept of causality, at least in part, survives as an ineliminable element of contemporary physics. To accomplish this, Harre distin· guishes weak from strong causality, the former as the expression of a causal mechanism, the latter as that connection stimulated by an event. This distinction is central to his Varieties of Realism. Realism is of two kinds: that which can be defined in terms of truth and falsity, and that which he terms " policy realism," which remains open to unlimited revisability of concepts, while preserving ontological categories. Having argued for these distinctions, Harre uses quantum field theory in his pursuit of a post-Humean conception of causality that transcends strict event ontology. Laudable as this pursuit may be, I wonder whether it can be achieved without reference to any conception of nature (s), a concept lamentably absent in Harre's more recent work. The realist theme is admirably pursued in Robert Sokolowski's " Explaining." Sokolowski argues for the irreducibility of names and explanations and their obvious correlates, things and causes. Form is in things; natural kinds exist; "ones" come in a splended variety reflecting the diversity of forms. Such unpopular claims are expertly defended in this essay, one of the best contributions in the book. Sokolowski also paints a fine picture of the mind... (shrink)

Piercing incisively and deeply into the nature of the overlapping of the material andmental realms. Aage Petersen uncovers the reciprocal relations between quantum physics and theconcepts of metaphysics and epistemology, assessing the extent to which each has influenced theother. The author is eminently qualified to undertake this important work, which grew out of hisclose contact with Neils Bohr and his Copenhagen school during the years 1952-1962.Although themathematical formalism of quantum physics has long since been established, the question of itsphysical (...) interpretation is not yet closed, and the question of its philosophical interpretationremains in a formative state. The most widely accepted physical interpretation of the quantalformalism emerged from discussions between Bohr and Heisenberg in the winter of 1926-1927. ThisCopenhagen Interpretation centers around the relations of indeterminacy around the relations ofindeterminacy and the concept of complementarity, and was refined but not radically altered in theyears following, especially during the famous debate with Einstein on the completeness possible inthe description of events. The philosophical interpretation has proceeded along two principal lines:Bohr's emphasis on complementarity as a unifying concept, and Heisenberg's exploration of therelationship of quantum physics to the traditional categories of philosophy.To Bohr's mind, thecentral feature of human knowledge is the distinction between subject and object. The indeterminacyof the placing of the partition between instrument and system, which played so large a part inquantal description was, Bohr believed, an expression of the general relation between the knower andthe knowable. He thus sought to find relationships of complementarity in areas beyond quantumphysics.Quantum physics and traditional philosophy certainly relate enough to interact--even thoughthe effects of interaction may produce uncertain results. Heisenberg's view also emphasizes thatscience describes, not nature itself, but the interplay between nature and man, nature as affectedby man's method of questioning, thus denying the school of philosophical thought that began withDescartes' sharp separation of the World and the I.The author's investigation leads him as well tobelieve that complementarity is deeply linked to the basis of philosophy, but that the details ofthe relationship are so obscure that some other feature of quantum physics that makes amore directconnection with philosophy should be sought. He is led to choose the idea of correspondence as suchfeature. This idea played a key role in the development of the matrix version of the formalism andof the Copenhagen interpretation.Mathematically, the idea of correspondence was seen to imply thatquantal formalisms should emerge as generalizations of classical entities, that matrix mechanics wasa generalization of classical Hamiltonian mechanics. It is in this possibility of treating thetraditional categories of philosophy as limits of a more general scheme, or as analogies of a deeperorder, that the fruitfulness of the correspondence idea lies. (shrink)

The requirement of naturalness has long served as an influential constraint on model-building in theoretical particle physics. Yet there are many ways of understanding what, precisely, this requirement amounts to, from restrictions on the amount of fine-tuning that a model can exhibit, to prohibitions on sensitive dependence between physics at different scales, to the requirement that dimensionless parameters defining the Lagrangian of a theory all be of order one unless they are protected by a symmetry. This workshop aims to clarify (...) the relationships among these concepts of naturalness and their connection to the hierarchy problem, as well as to assess arguments for and against imposing various forms of naturalness as a requirement on particle physics model-building. (shrink)

Do experiences with nature –– from wilderness backpacking to plants in a preschool to a wetland lesson on frogs, promote learning? Until recently, claims outstripped evidence on this question. But the field has matured, not only substantiating previously unwarranted claims but deepening our understanding of the cause-and-effect relationship between nature and learning. Hundreds of studies now bear on this question, and converging evidence strongly suggests that experiences of nature boost academic learning, personal development, and environmental stewardship. This (...) brief integrative review summarizes recent advances and the current state of our understanding. The research on personal development and environmental stewardship is compelling although not quantitative. Report after report –– from independent observers as well as participants themselves –– indicate shifts in perseverance, problem-solving, critical thinking, leadership, teamwork, and resilience. Similarly, over fifty studies point to nature playing a key role in the development of pro-environmental behavior, particularly by fostering an emotional connection to nature. In academic contexts, nature-based instruction outperforms traditional instruction. The evidence here is particularly strong, including experimental evidence; evidence across a wide range of samples and instructional approaches; outcomes such as standardized test scores and graduation rates; and evidence for specific explanatory mechanisms and active ingredients. Nature may promote learning by improving learners’ attention, levels of stress, self-discipline, interest, and enjoyment in learning, and physical activity and fitness. Nature also appears to provide a calmer, quieter, safer context for learning; a warmer, more cooperative context for learning; and a combination of “loose parts” and autonomy that fosters developmentally beneficial forms of play. It is time to take nature seriously as a resource for learning — particularly for students not effectively reached by traditional instruction. (shrink)

The requirement of naturalness has long served as an influential constraint on model-building in theoretical particle physics. Yet there are many ways of understanding what, precisely, this requirement amounts to, from restrictions on the amount of fine-tuning that a model can exhibit, to prohibitions on sensitive dependence between physics at different scales, to the requirement that dimensionless parameters defining the Lagrangian of a theory all be of order one unless they are protected by a symmetry. This workshop aims to clarify (...) the relationships among these concepts of naturalness and their connection to the hierarchy problem, as well as to assess arguments for and against imposing various forms of naturalness as a requirement on particle physics model-building. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Philosophy of Music Education Review 12.1 (2004) 17-29 [Access article in PDF] Intersections Form, Feeling, and Isomorphism Mary J. Reichling University of Louisiana at Lafayette These three concepts hold meanings that differ among musicians and aestheticians. In this essay I shall explore them in the writings of Susanne Langer. Contemporary musicians and aestheticians continue today to engage Langer albeit some favorably and others with disdain. Whatever their reasons, (...) she remains a dominant force in the philosophy of music.1 My purpose is not to defend her against her detractors, but rather to examine and to elucidate various aspects of these three concepts in her writing, as they are fundamental to an understanding of her aesthetic theory and to the construction of a philosophy of music and music education.First, I consider the broad and complex notion of form and the various ways Langer employs it in her aesthetic theory. Next, the rather all-encompassing idea of feeling as Langer conceives it is studied in relation to the form of the musical work. The intersection of form and feeling in the concept of isomorphism concludes the discussion. [End Page 17] Form In her various writings Langer uses several adjectives associated with the word "form" which seem to organize well into three groups. The first concerns the dynamic, living, organic, and vital qualities of form; the second speaks to its logical and abstract nature; and the last relates to the emotional or feeling aspect of form including expressive and significant characteristics.2 These groupings overlap and intertwine, but focusing on each specifically rather than all as a totality offers important insights.Form as dynamic, living, organic, and vital suggests metaphorical reference. Obviously the form is not physically, biologically, alive; reference is to the apparent movement, growth, and aliveness of the musical form as it is heard or performed. Thus this idea of form implies an actual performance to be realized or perceived. Langer is sometimes criticized for giving little attention to the actual making of music, that is, performance, yet her theory assumes music as heard. Essential to perceiving a dynamic form or hearing a feeling is a processual event, namely, performance or listening to a performance. Rarely a professional musician or gifted amateur might be able to engage this concept of form by reading through a score and hearing the music in imagination.Dynamic form parallels Eduard Hanslick's notion of tonend bewegte Formen. One might object that Hanslick and Langer are in conflict as Hanslick opposes while Langer supports the conviction that form is expressive of feeling, but that is moving beyond the matter at hand and suggests a superficial reading of both Hanslick and Langer. Hanslick asserts emphatically that music's meaning is not the arousal of emotion but does not deny feeling in music; Langer holds the same view. But Hanslick allows that "the words content and form are used not in the purely logical, but in an artistic sense." To me this suggests that he recognizes a nonliteral or metaphorical interpretation. He writes about the relationship of musical tones as "fraught with significance... congruity and opposition, their separating and combining, their soaring and subsiding-this is what comes in spontaneous forms before our inner contemplation and pleases us as beautiful." Certainly this parallels Langer's description of dynamic form.3 What is significant is that both philosophers are addressing the fluid, processual, active, movement-of-notes-through-time nature of musical form.The premise that forms are created by motion, are dynamic, is easily grasped by offering some examples. Fast cameras are able to take a series of photos of the movements of a pianist's hands giving still pictures of the moving forms created while performing a given passage.4 Alternately, forms are created by the movements of clouds or fog through the mist and early light; they are, in effect, quite literally moving forms. Cartoon characters generate moving forms through the [End Page 18] use of many drawings or more recently by means of computer animation. Time is a dynamic or moving form which we divide into hours... (shrink)

Most modern analytic philosophers have ignored works of Indian philosophy such as Vasubandhu's 'Treasury of Metaphysics'. This neglect is unjustified. The account of the nature of the physical world given in the 'Treasury' is a one-category ontology of dharmas, which are simple, momentary tropes. They include basic physical tropes, the most fundamental level of the physical world, as well as higher-level tropes, including sensible properties such as colours, which are known as derived form. I argue (...) that the relationship between the basic physical tropes and derived form is one of supervenience. Vasubandhu's theory is a powerful and flexible one, which can be adapted so as to be consistent with modern science. (shrink)

Laws form counterfactually stable sets -- Natural necessity -- Three payoffs of my account -- A world of subjunctives.

In the first two books of the Physics Aristotle discusses philosophical issues involved in the investigation of the physical universe. He introduces his distinction between form and matter and his fourfold classification of causes or explanatory factors, and defends teleological explanation. These books therefore form a natural entry into Aristotle's system as a whole, and also occupy an important place in the history of scientific thought. The present volume provides a close literal translation, which can be used (...) by serious students without Greek. The introduction and commentary deal with the interpretation and assessment, from a philosophical standpoint, of what Aristotle says. This translation was first published in 1970. (shrink)

The first study of its kind, The Impact of Idealism assesses the impact of classical German philosophy on science, religion and culture. This volume explores German Idealism's impact on philosophy and scientific thought. Fourteen essays, by leading authorities in their respective fields, each focus on the legacy of a particular idea that emerged around 1800, when the underlying concepts of modern philosophy were being formed, challenged and criticised, leaving a legacy that extends to all physical areas and all topics (...) in the philosophical world. From British Idealism to phenomenology, existentialism, pragmatism and French postmodernism, the story of German Idealism's impact on philosophy is here interwoven with man's scientific journey of self-discovery in the nineteenth and early twentieth centuries – from Darwin to Nietzsche to Freud and beyond. Spanning the analytical and Continental divide, this first volume examines Idealism's impact on contemporary philosophical discussions. (shrink)

Fundamental aspects of modern life owe their existence to the achievements of scientific reason. In other words, science is an integral element of the modern world and simultaneously the epitome of the rational nature of a technical culture that makes up the essence of the modern world. Without science, the modern world would lose its very nature and modern society its future. Right from the start, physics forms the core of European scientific development. It is the original paradigm (...) of science, the foundation of technology and a constitutive part of a rational culture. It will remain a model methodological discipline in the future and its strengths will be used fruitfully in interdisciplinary and transdisciplinary collaboration. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Nature and Nurture in French Ethnography and Anthropology, 1859-1914Martin StaumThe adaptability of non-European peoples to "civilization" was a critical issue deriving from the perennial nature-nurture question that haunted debates in the human sciences in late nineteenth-century France.1 The emerging scholarly disciplines of anthropology and ethnography helped provide a scientific veneer that bolstered existing cultural prejudices concerning the innate limitations or retarded development of non-Europeans. Certainly there were (...) many other pragmatic reasons for imperial expansion, and racists did not automatically become imperialists. But if, as Edward Said contended, imperialism "depends upon the idea of having an empire," there is no doubt that many ethnographers and anthropologists helped legitimate the idea.2 Their debates retain a resonance in our twenty-first century postcolonial world struggling with questions of identity, integration, and cultural diversity.Relying on reports from travelers, missionaries, or colonial officials, human scientists from across the political and religious spectrum justified European superiority. Although a few journalists and philosophers outside the scholarly societies represented a minority anti-imperialist counter-current, the remarkable pervasiveness of hierarchical thinking affected both socially radical anthropologists and more conservative ethnographers.3 While ethnographers proclaimed universal fraternity, they conceded that physical differences affected [End Page 475] intellect and character. The later attack on hereditarianism by Durkheimian sociologists and isolated anthropologists with the catalyst of the Dreyfus Affair is all the more striking.4 As George Stocking has argued concerning a British Victorian thinker, the cultural differences between Europeans and non-Europeans became so entangled with biological issues that there was "difficulty conceptualizing them except in terms of 'race.' "5The two most notable anthropological scholarly societies of the late nineteenth century, both founded in 1859, were the Société d'ethnographie orientale et américaine and the Société d'anthropologie de Paris. Historians have justifiably noted their mutual aversion and have contrasted their differences over scientific method, politics, and religion.6 The ethnographers, inspired by a student of Japanese language and Asian religion, Léon de Rosny (1837-1914), were largely linguists and specialists in Asian texts and pre-Columbian codices that represented partly civilized peoples. Rosny invented the term "ambiantisme" for a philosophy that ostensibly privileged the cultural milieu rather than inborn human nature.7 The society membership varied between 115 in 1864 and 470 in 1878, though it declined to 165 by 1903.8 As a group, compared to the anthropologists, they were more politically conservative, more socially elite, and more inclined toward conventional religion, with its belief in the unity of the species. Their "science of destiny" stressed human freedom and unalterably opposed philosophical materialism.9 [End Page 476]The anthropologists, headed by physician and anatomist Paul Broca (1824-80) consisted of a hard core of like-minded medically trained colleagues. The anthropologists' membership peaked around 500 both in 1885 and 1905, though, they, too declined to 165 by 1914.10 Historians have analyzed the nature-nurture issue more subtly for the anthropologists.11 While the Society almost always expressed interest in both physical and cultural spheres, they privileged the study of crania as an index to the intellectual and moral characteristics of "races." The more extreme hereditarians thought that the nature of allegedly inferior "races" precluded perfectibility. Armand de Quatrefages (1810-92), professor of anthropology at the Muséum national d'histoire naturelle and pioneer of the so-called Muséum school, in his later years cast doubt on whether physical indicators actually demonstrated human superiority. However, the Muséum school did not generally renounce racial hierarchy, though they believed that environmental influences formed and continued to shape human varieties.12 In addition, philosophical materialists, militant atheists, and politically radical thinkers dominated the society in the generation after Broca's death. Almost all were neo-Lamarckians who leavened the idea of a fixed human nature with the possibility of adaptation to a milieu and transmissible acquired characteristics.13 The medical physiologist Charles Richet reported that "heredity and milieu are not antagonistic, but synergistic."14 However, many accounts underplay the differential application of neo-Lamarckianism. In this "racial evolutionist paradigm" already noticed by Laurent Mucchielli, even the Muséum school found only civilized people adaptable... (shrink)

_Purpose._ The purpose of this research is to analyse and systematize modern philosophical and anthropological ideas about the nature, essence, causes and sources of collective violence. _Theoretical basis._ Given the complexity and multifaceted nature of the phenomenon of violence, the authors used a range of philosophical and general scientific research methods. In particular, the comparative method helped to identify the main advantages and disadvantages of using philosophical and anthropological approaches to studying the nature and patterns of violence (...) in the social environment. The use of the systemic and structural-functional methods contributed to a better understanding of the structure, features, mechanisms and criteria for ethical justification of the permissibility of collective violence. The psychological approach made it possible to analyse the role of social dissatisfaction, disappointment, relative deprivation and frustration in the process of radicalization of individuals and their readiness to use violence. _Originality._ The originality of this research lies in the application of modern analytical approaches to the study and philosophical understanding of the phenomenon of violence. It has been proven that at the current stage of social development, the following non-traditional forms of violence are becoming widespread: structural, symbolic, cultural, and psychological. It has been established that the main sources of collective violence are value, cultural, ideological and structural contradictions, as well as socio-psychological dissatisfaction, economic inequality and discrimination. _Conclusions._ Throughout history, violence has been an integral part of spiritual, social, value and economic transformations. The study of such a complex phenomenon requires the creation of an effective interdisciplinary theory that would take into account various anthropological, social, philosophical, psychological, physiological and biological dimensions and forms of its use. That is why there is a need to further improve scientific theories and approaches to studying the nature, forms and sources of violence. Taking advantage of a comprehensive approach, we have been able to establish that violence is a form of social influence that involves the use of physical force against individuals, social groups or institutions to cause physical, mental or moral harm and to subordinate their behaviour and will. (shrink)

What can we say of space and time when we consider them as attributes of nature and as attributes of nature in the context of experience? The following is an examination of this question in the light of those portions of the writings of Locke and Kant which were concerned with it. Since men have no difficulty in speaking about and utilizing the familiar spatial and temporal relations of things, we begin with these and shall avoid definition and (...) debate except insofar as it is pertinent to the present inquiry. Nor shall we consider it necessary to examine space and time in any other context as, for example, that of modern physics. The familiar world is the necessary condition for the conception of any intellectual development of it, and to begin with the intellectual development is to render it unintelligible. This is evidenced in several ways. When we begin with physics and mathematics, we cannot account for the world within which we live and consequently end in scepticism about it, whereas this is not the case when we begin with the actual world itself. Furthermore, the manifestly perceptible is indispensible to scientific enquiry for we must employ instruments and objects directly accessible to experience. Without these there would be neither experiment, observation nor inference. Communication would be impossible without it as well as discussion about subject matters such as logic and esthetics. It is for these reasons, therefore, that we begin with the familiar spatial and temporal relations of things. (shrink)

Many philosophers hold that physical laws have a unique modal status known as nomic necessity which is weaker than metaphysical necessity. This orthodox view has come into question in the past few decades. In particular, the metaphysical view known as essentialism has provided an argument that the laws of nature are necessary in the strongest possible sense. It seems obvious to many that at least some essentialist arguments in favor of the necessity of scientific claims are going to (...) be sound. For example, the view that claims like "water is H2O" are necessary has itself 2 become an orthodox view. However, the question of whether laws, like the law of conservation of energy, or the law of gravity, are necessary is far more contentious. Philosophers divide roughly into two camps, law necessitarians1 who hold that the laws are necessary in the strongest sense and contingency theorists who hold that they are at least in some sense contingent. One argument for the necessitarian position is via an essentialist theory of the transworld identity of properties. In this paper I defend such a theory of the identity of properties and its necessitarian consequences from one major criticism. To focus the paper, I center the discussion on a single critic, E. J. Lowe. In his book, The Four Category Ontology, he offers a criticism of the essentialist argument for necessitarianism via an analogy with other forms of transworld identity and intuitions about the contingency of the physical constants2. I undermine the usefulness of Lowe's analogy by examining the purposes of attributions of properties. I also show that the essentialist's position can allow it to accommodate the intuitions of contingency in a way that fits best with the purpose behind property attributions. (shrink)

Female genital mutilation is the removal or restructuring of healthy genital tissue. Under natural law, mutilation is an intrinsic evil and a grave violation of human dignity. If mutilation alleviates a threat to a person’s well-being, it may sometimes be permissible, but healthy genitals pose no such threat. The purported social benefits of FGM, such as decreased promiscuity, do not justify the practice, because there is no causal relationship between mutilation and virtue. In terms of autonomy, victims are usually children (...) and unable to consent. Parental rights and the rights of religion do not override children’s inherent rights to physical integrity and safety. Current support for minimal forms of FGM in an attempt to reduce the incidence of severe forms will instead prolong the practice and increase the number of victims. Finally, FGM differs from male circumcision in that it destroys the function and integrity of the organs themselves and promotes profound gender inequality. (shrink)

The difficult phrase ὅ ποτε ὄν ἐστι (hereafter ‘OPO’), which occurs in key passages in Aristotle’s discussions of blood and of time, has long vexed interpreters of Aristotle. This paper proposes a new interpretation of OPO, which resolves some textual and interpretative problems about Aristotle’s theories of blood and of time. My interpretation will also shed light on more general issues in Aristotle’s metaphysics. In the passages I will discuss, Aristotle takes both blood and time to be examples of his (...) peculiar ‘coupled entities’. He then uses OPO to provide explanations which differ from what we might call his ‘standard’ metaphysical explanations. On the ‘standard’ approach, Aristotle explains derivative entities—non-substances—by describing their relationship to substances. By contrast to this standard form of explanation, when Aristotle uses OPO he explains blood and time by describing their relationship to non-substances. This paper thus identifies a new species of metaphysical dependence in Aristotle. In addition, it provides detailed examination of evidence concerning whether Aristotle himself used coupled entities in his own physical and metaphysical theories. (shrink)