What begins with an unlikely collection of unrelated phenomena--mechanical dolls, weather, atoms, lyric poetry--blossoms in the course of _Toy Medium_ into a subtle and persuasive meditation on one of Western philosophy's biggest puzzles: the relation of mind and matter. What is the role of the imagination in defining material substance? In a dazzling study of the poetics of materialist philosophy and of the materialism of lyric poetry, Daniel Tiffany traces the historical conjunction of matter and metaphor through a (...) remarkable range of topics: automata in classical antiquity and the eighteenth century; Kepler's treatise on snowflakes; animal magnetism; fireworks and cloud-chamber photographs; the origins of the microscope as a philosophical toy and its bearing on the figure of the virtuoso. At critical junctures in modern Western culture, Tiffany finds uncanny parallels between the metaphorics of science and visions of material substance rooted in popular culture and lyric poetry. _Los Angeles Times Best Nonfiction Book of 2000_. (shrink)

BackgroundNon-violent resistance which has involved healthcare workers has been instrumental in securing a number of health-related gains and a force in opposing threats to health. Despite this, we...

Introduction: Non-violent resistance, carried out by healthcare workers, has been a common phenomenon. Despite this and despite the issues this type of action raises, we know little about the healthcare workers who engage in this action and their perspectives about its justification. This exploratory study sought to address this gap, examining these fundamental questions amongst a sample of healthcare workers who have engaged in acts of resistance, exploring their understanding of non-violent resistance, its justification and the barriers they faced in (...) engaging in such action. Methods: Participants were recruited through Medact's ( https://www.medact.org/ ) member database and directed to an online survey hosted on Qualtrics. While participants were unlikely to be representative of the broader UK healthcare community, participants were in an advantageous position to comment on non-violent resistance. Descriptive quantitative analysis and a content analysis were conducted. Results: The majority of participants felt that non-violent resistance could be justified dependent on its cause and/or the action in question. Within this, most felt that if action were non-violent, that if it didn't harm patients and that if the issue in question had to do with health being compromised, action was often justified. A number of others framed their justification as being a right or duty to engage in non-violent resistance. In relation to barriers to engaging in non-violent resistance, these fell into three categories: personal, professional and broader concerns related to society or the general culture found in healthcare. Within these, time and concerns about registration or the consequences of engaging in action were cited as the greatest barriers. Conclusions: These results suggest that healthcare workers who regularly engage in non-violent action carefully thought through their actions, acknowledging the diversity of actions and issues that could be challenged, for many patient care remained a primary concern. There is a need for clarity from regulatory bodies and in particular the need for dialogue between healthcare bodies and healthcare workers who continue to engage in acts of non-violent resistance. (shrink)

This book offers both the theoretical background behind the minority effect, teachers' personal experiences as they experienced being a minority, and their analyses and insights for teaching diverse learners. This book uses real-life experiences of diverse people to illustrate that, if not understood and addressed, situational minorities at school or work are unlikely to perform at their highest potentials.

In Victoria, Australia, the law regulating abortion was reformed in 2008, and a clause was introduced requiring doctors with a conscientious objection to abortion to refer women to another provid...

Late in 1990, the Center for the Study of Ethics in the Professions at Illinois Institute of Technology (lIT) received a grant of more than $200,000 from the National Science Foundation to try a campus-wide approach to integrating professional ethics into its technical curriculum.! Enough has now been accomplished to draw some tentative conclusions. I am the grant's principal investigator. In this paper, I shall describe what we at lIT did, what we learned, and what others, especially philosophers, can learn (...) from us. We set out to develop an approach that others could profitably adopt. I believe that we succeeded. (shrink)

This essay is an exploration of how to conceptualize the so-called scientific revolution. A central figure in this discussion is Thomas Kuhn, whose Structure of Scientific Revolutions has shaped much recent discussion of scientific change in the sixteenth through the eighteenth centuries. It is argued that the simple model of a revolution—an old orthodoxy, followed by a period of instability until it is replaced by a new orthodoxy—does not actually represent how change happened in scientific thought in this crucial period. (...) The essay then suggests a different model for understanding change in the period, the Protestant Reformation. Just as in the Reformation the Catholic Church persisted, so Aristotelian natural philosophy persists through much of the so-called scientific revolution. And just as there were multiple sects of protestants who coexisted with one another, there were many alternatives to the dominant Aristotelianism that coexisted and fought as much with one another as with Aristotelian natural philosophy. Without the master narrative provided by the theme of the scientific revolution, the writing of the history of this period is going to be a very open-ended process. (shrink)

Newton’s First Law of Motion is typically understood to govern only the motion of force-free bodies. This paper argues on textual and conceptual grounds that it is in fact a stronger, more general principle. The First Law limits the extent to which any body can change its state of motion –– even if that body is subject to impressed forces. The misunderstanding can be traced back to an error in the first English translation of Newton’s Principia, which was (...) published a few years after Newton’s death. (shrink)

How aggressively should we pursue life-sustaining treatment of the demented patient? This question becomes increasingly important as our population ages and medical technology offers ever more life-prolongation. In Life'sDominion, Ronald Dworkin addresses the issue in the context of an Alzheimer patient who had previously declared the desire to avoid life-sustaining intervention. Dworkin argues for the primacy of what he calls precedent autonomy: In 1995, the HastingsCenterReport carried thoughtful rebuttals by Daniel Callahan and Rebecca Dresser. Much of Callahan's article is (...) devoted to patients who never executed an advance directive, but he states unequivocally that such directives can be overridden, basing much of his argument on the writings of Sanford Kadish. Together, Dresser, Callahan, and Kadish define a clear position opposed to precedent autonomy. (shrink)

The History and Philosophy of Science: A Reader brings together seminal texts from antiquity to the end of the nineteenth century and makes them accessible in one volume for the first time. With readings from Aristotle, Aquinas, Copernicus, Galileo, Descartes, Newton, Lavoisier, Linnaeus, Darwin, Faraday, and Maxwell, it analyses and discusses major classical, medieval and modern texts and figures from the natural sciences. Grouped by topic to clarify the development of methods and disciplines and the unification of theories, each (...) section includes an introduction, suggestions for further reading and end-of-section discussion questions, allowing students to develop the skills needed to: § read, interpret, and critically engage with central problems and ideas from the history and philosophy of science § understand and evaluate scientific material found in a wide variety of professional and popular settings § appreciate the social and cultural context in which scientific ideas emerge § identify the roles that mathematics plays in scientific inquiry Featuring primary sources in all the core scientific fields - astronomy, physics, chemistry, and the life sciences - The History and Philosophy of Science: A Reader is ideal for students looking to better understand the origins of natural science and the questions asked throughout its history. By taking a thematic approach to introduce influential assumptions, methods and answers, this reader illustrates the implications of an impressive range of values and ideas across the history and philosophy of Western science. (shrink)

The article deals with the problem of how works indexical reference to temporal moments (especially to the present) in the philosophy of Leibniz. Leibniz refutes Newton's and Clarke’s theory of absolute time: since there is no sufficient reason to consider the universe as having being created at one absolute moment rather than at another, temporal moments can be individuated only through their reciprocal relation. What then distinguishes reference to the present from reference to the past and to the future? (...) There is a dilemma here: either the difference is real and the principle of sufficient reason seems to fail (given that the relational theory gives only the relational position of temporal moments), or the difference is only ideal. The author shows that the so-called “causal theory” of time does not solve the dilemma and concludes thus that the Leibnizian theory of time might have been better grounded. (shrink)

Aquinas' first proof for God's existence is usually interpreted as a metaphysical argument immune to any objections coming from empirical science. Connections to Aquinas' own historical understanding of physics and cosmology are ignored or downplayed. Nature and Nature's God proposes a natural philosophical interpretation of Aquinas' argument more sensitive to the broader context of Aquinas' work and yielding a more historically accurate account of the argument. Paradoxically, the book also shows that, on such an interpretation, Aquinas' argument is not only (...) consistent with modern science, but actually confirmed by the history of science, from classical mechanics through 19th century thermodynamics to contemporary cosmology. The first part of the book considers Aquinas' argument in its historical context, exploring the key principles that everything in motion is moved by something else and that an infinite regress of causes is impossible. The structure of the First Way is analyzed and the argument is connected both with Aquinas' Third Way-a new interpretation of which is also proposed-and Aquinas' second proof from motion in the Summa contra Gentiles. To complete the account of what natural philosophy-prior to metaphysics-can demonstrate about God, a chapter on Aquinas' teleological argument (the Fifth Way) is also included. The second part of the book tracks the history of modern science from Copernicus to today, showing how Aquinas' argument fared at each major turn. The first chapter shows how Newton's understanding of inertia and conservation of momentum supports the idea that motion cannot continue forever without God's causality, and integrates a modern understanding of inertia and gravity with the principles of Thomistic natural philosophy. The second chapter considers the first and second laws of thermodynamics, showing how they too support Aquinas' contention that motion cannot continue forever without God's causality. This chapter also discusses statistical mechanics and contemporary cosmology, demonstrating that science continues to support Aquinas' unmoved mover argument. The final chapter turns to modern biology as well as cosmological fine-tuning to show that modern science also continues to support Aquinas' teleological argument. The result is not only a satisfying defense of Aquinas' natural philosophical proofs for God's existence, but a primer on the broader project of integrating Thomistic natural philosophy with modern science. (shrink)

From the Upanishads to Homer -- Philosophy, did the Greeks invent it -- Pythagoras and the divinity of number -- What is there? -- The Greek tragedians on man's fate -- Herodotus and the lamp of history -- Socrates on the examined life -- Plato's search for truth -- Can virtue be taught? -- Plato's Republic, man writ large -- Hippocrates and the science of life -- Aristotle on the knowable -- Aristotle on friendship -- Aristotle on the perfect life (...) -- Rome, the Stoics, and the rule of law -- The Stoic bridge to Christianity -- Roman law, making a city of the once-wide world -- The light within, Augustine on human nature -- Islam -- Secular knowledge, the idea of university -- The reappearance of experimental science -- Scholasticism and the theory of natural law -- The Renaissance, was there one? -- Let us burn the witches to save them -- Francis Bacon and the authority of experience -- Descartes and the authority of reason -- Newton, the saint of science -- Hobbes and the social machine -- Locke's Newtonian science of the mind -- No matter? The challenge of materialism -- Hume and the pursuit of happiness -- Thomas Reid and the Scottish school -- France and the philosophes -- The federalist papers and the great experiment -- What is enlightenment? Kant on freedom -- Moral science and the natural world -- Phrenology, a science of the mind -- The idea of freedom -- The Hegelians and history -- The aesthetic movement, genius -- Nietzsche at the twilight -- The liberal tradition, J.S. Mill -- Darwin and nature's "purposes" -- Marxism, dead but not forgotten -- The Freudian world -- The radical William James -- William James' pragmatism -- Wittgenstein and the discursive turn -- Alan Turing in the forest of wisdom -- Four theories of the good life -- Ontology, what there "really" is -- Philosophy of science, the last word? -- Philosophy of psychology and related confusions -- Philosophy of mind, if there is one -- What makes a problem "moral" -- Medicine and the value of life -- On the nature of law -- Justice and just wars -- Aesthetics, beauty without observers -- God, really? (shrink)

Pickering, Newton-Howes, and Young argue for externalism about competence—the view that “welfare judgments are part of judgments about competence” and posit an “explanatory connection” betwe...

ABSTRACT -/- Since Newton established the bases of classical mechanics, it has been readily accepted that statics is a chapter of physics. However, from Antiquity to the Renaissance the two disciplines, statics and dynamics, had different histories that only sometimes interacted with one another. In this article, part of this process is described whereby statics was established during Antiquity in rigorous and mathematical form, whereas dynamics confronted conceptual and empirical difficulties, which began to be clarified only in the Renaissance. (...) The laws of statics were initially established by Archimedes using a rigorous axiomatic system. It is shown that while there was a strong resurgence of the Archimedean tradition during the Renaissance, there was also a rival tradition that was, up to a point, disposed to sacrifice mathematical rigor, and instead make use of dynamical principles that have dubious foundation but that are heuristically efficacious. Galileo was a clear exponent of the new Renaissance culture interested in connecting the traditions of statics and dynamics; he considered it possible to give a rigorous and geometrical foundation to the study of movement, that enabled him to resolve the tension between statics and dynamics and to bring Renaissance mathematics to a successful realization that contributed to the birth of a new physics. -/- Keywords: Archimedes. Aristotelian physics. Galileo. Statics. Dynamics. Antiquity. Renaissance. Momentum. Lever. Inclined plane. (shrink)

O século XVIII é considerado uma época em que o método de pesquisa newtoniano está bem estabelecido e o seu uso não é questionado, segundo autores como Kuhn. No entanto, como veremos, isso está longe da realidade, pois aqui propomos os seguintes dois objetivos: por um lado, observaremos como dentro dos próprios autores chamados newtonianos não há um uso uniforme do método newtoniano e que alguns deles até o modificam em suas obras onde expõem a doutrina de Newton. Por (...) outro lado, exporemos o método de Émilie du Châtelet, que, tendo lido Newton e esses pensadores, rejeita a metodologia que eles propõem e se prepara para elaborar o que pode ser considerado um precedente do método hipotético-dedutivo utilizado hoje. Em última análise, o objetivo deste estudo é lançar luz sobre a situação do newtonianismo no século XVIII e mostrar a obra de du Châtelet como uma ponte entre duas épocas em relação à metodologia. (shrink)

In their paper, ‘When are thought experiments poor ones?’ (Peijnenburg and David Atkinson, 2003, Journal of General Philosophy of Science 34, 305-322.), Jeanne Peijnenburg and David Atkinson argue that most, if not all, philosophical thought experiments are “poor” ones with “disastrous consequences” and that they share the property of being poor with some (but not all) scientific thought experiments. Noting that unlike philosophy, the sciences have the resources to avoid the disastrous consequences, Peijnenburg and Atkinson come to the conclusion that (...) the use of thought experiments in science is in general more successful than in philosophy and that instead of concocting more “recherché” thought experiments, philosophy should try to be more empirical. In this comment I will argue that Peijnenburg’s and Atkinson’s view on thought experiments is based on a misleading characterization of both, the dialectical situation in philosophy as well as the history of physics. By giving an adequate account of what the discussion in contemporary philosophy is about, we will arrive at a considerably different evaluation of philosophical thought experiments. For I am convinced that we now find ourselves at an altogether decisive turning point in philosophy, and that we are objectively justified in considering that an end has come to the fruitless conflict of systems. We are already at the present time, in my opinion, in possession of methods which make any such conflict in principle unnecessary. What is now required is their resolute application. (Schlick, ‘The Turning Point in Philosophy’, 1930/1959, p. 54). (shrink)

Focusing on the Astronomia Magna, the magnum opus of Theophrastus Bombast von Hohenheim, or Paracelsus, the dissertation provides a detailed look into Paracelsus ' oft-neglected and misrepresented views on the make-up of humans and the universe, and highlights the religious values fundamental to the formation, expression, and reception of his science, Robert K. Merton and Reijer Hookyaas have helpfully pointed to salient religious factors in the development of modern science, but they overemphasize seventeenth-century English Calvinism. A century earlier, Paracelsus had (...) molded a unique, influential, and thoroughly biblical and ethical system of the world, and with many of the same goals as the Puritans. Paracelsus ---whose ideas were often referred to and even incorporated by the likes of Isaac Newton, Robert Boyle, Francis Bacon, and Joan Baptista van Helmont---insisted that humans were created to research, discover, and utilize nature. ;Book I of the Astronomia Magna, highlighting the sidereal and elemental bodies of humans, is a systematic explication of natural magic, human nature, and cosmology. There are clear alchemical and Neoplatonic sources, but the discussion is rooted in Paracelsus ' Genesis exegesis. Book II---focusing on the soul and the immortal body, the latter acquired in baptism---contains a summary of Paracelsus ' soteriological and eschatological views, and reiterates Paracelsus ' eucharistic theology. Books I and II thus encapsulate Paracelsus ' universe of two analogous realms, mortal and divine---Book IV regards the demonic. ;Scholars point to the influence of Paracelsus ' theology in the seventeenth-century, but downplay its early reception. However, various sixteenth-century intellectuals eagerly produced Paracelsus ' works despite their divisive religious content, and some of his followers adopted his spiritualism, ethics, and heterodoxy. Toxites' preface to the first edition of the Astronomia Magna is largely a summary and endorsement of Paracelsus ' theology. ;Scholarly treatments of the Scientific Revolution, even within Paracelsus studies itself, fail to capture the unity of Paracelsus ' theological and medical-natural philosophical works and ideas, hence producing incomplete and flawed interpretations. Thus, it is essential to build on the insightful work of Kurt Goldammer, Hartmut Rudolph, Allen Debus, and Charles Webster, and to explore more deeply Paracelsus ' bible-based science. (shrink)

Cross-term conservation relationships for electromagnetic energy, linear momentum, and angular momentum are derived and discussed here. When two or more sources of electromagnetic fields are present, these relationships connect the cross terms that appear in the traditional expressions for the electromagnetic (1) energy, (2) linear momentum, and (3) angular momentum, over to, respectively, (1) the sum of the rates of work, (2) the sum of the forces, and (3) the sum of the torques, that are due to the fields of (...) each charge or current source acting upon the other charge and current sources. These relationships, although not new, appear to be rarely recognized and used in the physics literature. As shown here, they can be extremely helpful for solving and gaining a deeper physical understanding into a rather diverse range of interesting problems in electrodynamics, including (1) aspects of Poynting's theorem when applied to charged point particles, (2) the detailed physical basis of electrostatic analysis, (3) understanding the connection between different techniques used in the past for solving Casimir force problems, and (4) reconciling the invalidity of Newton's third law in electrodynamics. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Salomon Maimon: Rational Dogmatist, Empirical Skeptic: Critical AssessmentsDaniel BreazealeGideon Freudenthal, editor. Salomon Maimon: Rational Dogmatist, Empirical Skeptic: Critical Assessments. Dordrecht: Kluwer, 2003. pp vii + 304. Cloth, $135.00.This collection of previously unpublished essays on one of the more idiosyncratic and complex figures in the history of philosophy begins with a splendid introductory essay by the editor, "A Philosopher between Two Cultures," emphasizing the "inter-cultural" character of Maimon's achievement (...) and his position as an outsider with respect to both the traditional Jewish community and that of modern German philosophy, a position reflected in Maimon's strategy of advancing his systematic philosophy by means of eccentric "commentaries" on such authors as Maimonides, Newton, and Kant.Maimon's "dual cultural project" is also the theme of a fine essay by Yossif Schwartz, "Causa materialis: Solomon Maimon, Moses ben Maimon and the Possibility of Philosophical Transmission," which compares Maimon's effort to introduce his Hebrew readers to Kantian philosophy (in his commentary on The Guide of the Perplexed) and his German-language readers to Maimonides (in his Autobiography), in an effort to legitimize modern philosophy to his fellow Jews and Maimonides and the tradition of Jewish thought to his fellow philosophers. Schwartz illustrates this point with reference to the specific issue of God as "material cause" of the world.Several of the essays deal with the difficult but important theme of predication and with Maimon's central notion of the "principle of determinability," understood as the highest principle of all (real) synthetic judgments. Oded Schechter's "The Logic of Speculative Philosophy and Skepticism in Maimon's Philosophy: Satz der Bestimmbarkeit and the Role of Synthesis" analyzes this theme in considerable technical detail and relates it to Maimon's philosophy as a whole, and indeed to the "speculative logic" of Hegel and others. This is certainly one of the richest (as well as one of the more challenging) essays in the collection, containing illuminating discussions not only of the principle of determinability, but also of Maimon's highly original notions of "synthesis" and "construction." More accessible is Elhanan Yakira's "From Kant to Leibniz? Salomon Maimon and the Question of Predication," which not only clearly explains the principle in question but convincingly disputes the widespread view that this represents a return to Leibnizian rationalism on the part of Maimon.Maimon's poorly understood theory of "the differential" is the theme of the contribution by Michael Roubach, "Salomon Maimon's Philosophy and its Place in the Enlightenment: Wandering in the Land of Difference," which interprets this notion in the context of the difference between the finite and the infinite intellect and stresses the difference between Maimon's position and that of pre-Kantian rationalism. Unfortunately, Roubach's effort to clarify Maimon's position by comparing it to that of Giles Deleuze is too brief and obscure to be helpful.Though Maimon's relationship to Kant is at least touched on in almost every essay in this collection, it is the explicit theme of four of them, three of which dwell on Maimon's [End Page 119] so-called "quid facti" challenge to Kant's deduction of the categories. Peter Thielke's "Intuition and Diversity: Kant and Maimon on Space and Time" is a very long and philosophically sophisticated examination of Maimon's direct challenge to Kant's "discursivity thesis" regarding the heterogeneity of the faculties of sensibility and understanding. Thielke focuses on Kant's account of space and time as pure forms of intuition and contrasts this with what he calls Maimon's "neglected alternative," viz.: that space and time are not forms of intuition at all, but rather "forms of diversity" and hence features of the function of thinking. In order to explicate this difficult theory, Thielke offers an impressive reconstruction of Maimon's fiendishly obscure idea of the "differentials of pereption" and hence of the fundamentally productive character of the understanding. This provides the theoretical foundation for Maimon's non-dualistic account of the cognitive faculties and his non-causal account of the mind's passivity. Thielke concludes that Maimon's objections, if not sufficient to overturn the discursivity thesis, still undermine the evidence for the same... (shrink)

In this Element, we extend our earlier treatment of biology's first law. The law says that in any evolutionary system in which there is variation and heredity, there is a tendency for diversity and complexity to increase. The law plays the same role in biology that Newton's first law plays in physics, explaining what biological systems are expected to do when no forces act, in other words, what happens when nothing happens. Here we offer a deeper explanation of certain (...) features of the law, develop a quantitative version of it, and explore its consequences for our understanding of diversity and complexity. (shrink)

This book is a collection of essays that relate in some way to the notion of a principle as it appears in early modern thought. Essays by James Franklin, J. C. Campbell, Alberto Vanzo, Anstey, and William R. Newman provide a survey of the usage of principles within particular subjects: the principles of early modern mathematics, equity law, corpuscularism, and chemistry or alchemy, respectively. Other essays, by Kristen Walsh and Michael LeBuffe, clarify a particular early modern thinker's understanding and usage (...) of the term 'principle.' Walsh's essay concerns Newton's usage and understanding of the term, while LeBuffe's concerns Spinoza's. Other essays, by Daniel Garber and Kiyoshi Shimokawa, clarify how an early... (shrink)

Ce texte examine les arguments de Leibniz et de Berkeley contre la théorie de l'espace absolu, que Newton avait tenté de prouver au moyen de l'expérience connue sous le nom d'expérience du seau. Selon Leibniz, l'espace absolu ne peut exister parce que cette existence serait contraire au principe des indiscernables et au principe de raison suffisante. L'espace euclidien est en effet un ensemble de points doués des mêmes propriétés qualitatives; dans un tel espace, chaque monde possible appartiendrait à une (...) classe infinie de mondes indiscernables. En revanche, la critique de Berkeley résulte de prémisses empiristes : nous ne pouvons observer que des mouvements relatifs et des positions relatives, c'est-à-dire des relations entre les corps ; l'espace substantiel est une abstraction. Ainsi le rationalisme de Leibniz et l'empirisme de Berkeley aboutissent au même résultat, c'est-à-dire au relationisme. Leibniz et Berkeley refusent la thèse de Newton parce quelle est incompatible avec leurs présupposés ; l'un et l'autre conçoivent le monde comme un ensemble de relations entre des êtres immatériels. La fin du texte tente de montrer que, d'un point de vue classique, les théories relationistes ne sont pas entièrement fondées. This text provides a survey of Leibniz's and Berkeley's arguments against the theory of absolute space, that Newton had tried to prove by the so-called « bucket experiment ». According to Leibniz, absolute space cannot exist because its existence could be conformable neither to the principle of the identity of indiscernibles, nor to the principle of sufficient reason. Then Euclidean space is a set of points which have the same qualitative properties ; in such a space, every possible world would belong to an infinite class of indiscernibles worlds. On the other hand, Berkeley s criticism follows from empiricist premises : we cannot observe anything but relative motions and relative locations, i. e. relations that bodies bear to one another; substantival space is an abstraction. Hence, Leibniz's rationalism and Berkeley's empiricism come round to the same issue, i. e. relationism. Leibniz and Berkeley deny Newton's thesis because it is incompatible with their postulates ; both conceive the world as a set of relations that immaterial beings have to one another. In the end of the text, the author tries to show that, from a classical point of view, relationist theories are not entirelv well-grounded. (shrink)

This volume is the first-ever collection of essays devoted to the Lurianic concept of tsimtsum. It contains eighteen studies in philosophy, theology, and intellectual history, which demonstrate the historical development of this notion and its evolving meaning: from the Hebrew Bible and the classical midrashic collections, through Kabbalah, Isaac Luria himself and his disciples, up to modernity (ranging from Spinoza, Böhme, Leibniz, Newton, Schelling, and Hegel to Scholem, Rosenzweig, Heidegger, Benjamin, Adorno, Horkheimer, Levinas, Jonas, Moltmann, and Derrida).

No presente artigo, pretende-se expor e analisar as críticas que Noam Chomsky dirige contra o materialismo em filosofia da mente. Para o referido autor, a rigor, não faria sentido questionar o estatuto ontológico da mente, na medida em que os próprios físicos e filósofos materialistas desconhecem 90% da matéria que constitui o universo. Deste modo, Chomsky dirá que no tempo de Descartes, da filosofia mecânica, o que se fazia era ciência normal, ao passo que após o advento das ideias de (...) Newton, o universo passa a ser antimaterialista. O presente trabalho pode ser útil/valioso à filosofia e história das ciências naturais, à física e à filosofia da mente.The aim of this paper is to expose and analyze Noam Chomsky’s criticisms against materialism in philosophy of mind. For this author, strictly speaking, questioning the ontological status of the mind would not make sense, considering that the materialistic physicists and philosophers themselves are unaware of 90% of the matter that constitutes the universe. Accordingly, Chomsky will say that in Descartes’ time, or in times of mechanical philosophy, what was done was normal science, while after the advent of Newton's ideas the universe becomes anti-materialist. This paper can be useful/valuable to philosophy and history of natural sciences, physics and philosophy of mind. (shrink)

El siglo XVIII está considerado como una época en la que el método de investigación newtoniano está bien establecido y su uso no se cuestiona, según autores como Kuhn. Sin embargo, como veremos, esto está muy alejado de la realidad, ya que aquí planteamos los dos objetivos siguientes: por un lado, observaremos como dentro de los propios llamados newtonianos no hay un uso uniforme del método newtoniano y que algunos de ellos incluso lo modifican en sus obras donde exponen la (...) doctrina de Newton. Por otro lado, expondremos el método de Émilie du Châtelet, quien, habiendo leído a Newton y a estos pensadores, siente rechazo hacia la metodología que proponen y se dispone a elaborar lo que se puede considerar un precedente del método hipotético-deductivo utilizado hoy día. Lo que se persigue con el presente estudio, en definitiva, es arrojar luz sobre la situación del newtonianismo del siglo XVIII y mostrar el trabajo de du Châtelet como un puente entre dos épocas en relación a la metodología. (shrink)

Leibniz's dispute with Newton over the physico-mathematical theories expounded in the Principia Mathematica have long been identified as a crucial episode in the history of science. Dr. Bertoloni Meli examines several hitherto unpublished manuscripts in Leibniz's own hand illustrating his first reading of and reaction to Newton's Principia. Six of the most important manuscripts are here edited for the first time. Contrary to Leibniz's own claims, this new evidence shows that he had studied Newton's masterpiece before publishing (...) An Essay on the Causes of Celestial Motions. This article, representing his response to Newton, is included here in English translation. Dr. Bertoloni Meli analyses the important implications of this episode on a variety of themes ranging from priority claims to the mathematization of nature in the seventeenth century. Besides providing a careful study of Leibniz's style and strategy, the author examines how our perception of Newton's achievement is affected and the reception of the rival theories by the mathematical community around 1700. "Bertoloni's book provides a very detailed and deep analysis of Leibniz's calculus and dynamics by focusing on a consistent and important set of previously unknown manuscripts..." Niccolo Guicciardini, Universita de Bologna "...Equivalence and Priority is a major contribution to our understanding of the development of mathematical physics in the late seventeenth and early eighteenth century." Daniel Garber, University of Chigago. (shrink)

This article identifies the author of an anonymous 1751 pamphlet and a group of associated letters to The Gentleman's Magazine as one Thomas Daniel, a customs officer at Sunderland and amateur philosopher. It explores the form of immaterialism Daniel presented, in relation to the views of Malebranche, Newton, Berkeley, Arthur Collier, and Jonathan Edwards.

In the 1720s the antiquary and Newtonian scholar Dr. William Stukeley described his friend Isaac Newton as ‘the Great Restorer of True Philosophy’. Newton himself in his posthumously published Observations upon the prophecies of Daniel, and the Apocalypse of St. John predicted that the imminent fulfilment of Scripture prophecy would see ‘a recovery and re-establishment of the long-lost truth’. In this paper I examine the background to Newton’s interest in ancient philosophy and theology, and how it (...) related to modern natural philosophical discovery. I look at the way in which the idea of a ‘long-lost truth’ interested others within Newton’s immediate circle, and in particular how it was carried forward by Stukeley’s researches into ancient British antiquities. I show how an interest in and respect for ancient philosophical knowledge remained strong within the first half of the eighteenth century.Author Keywords: Isaac Newton; William Stukeley; Ancient theology; Antiquarianism; Arianism; Stonehenge; Avebury. (shrink)

This collection presents the first sustained examination of the nature and status of the idea of principles in early modern thought. Principles are almost ubiquitous in the seventeenth and eighteenth centuries: the term appears in famous book titles, such as Newton’s _Principia_; the notion plays a central role in the thought of many leading philosophers, such as Leibniz’s Principle of Sufficient Reason; and many of the great discoveries of the period, such as the Law of Gravitational Attraction, were described (...) as principles. Ranging from mathematics and law to chemistry, from natural and moral philosophy to natural theology, and covering some of the leading thinkers of the period, this volume presents ten compelling new essays that illustrate the centrality and importance of the idea of principles in early modern thought. It contains chapters by leading scholars in the field, including the Leibniz scholar Daniel Garber and the historian of chemistry William R. Newman, as well as exciting, emerging scholars, such as the Newton scholar Kirsten Walsh and a leading expert on experimental philosophy, Alberto Vanzo. _The Idea of Principles in Early Modern Thought_ charts the terrain of one of the period’s central concepts for the first time, and opens up new lines for further research. (shrink)

A pioneering work in the philosophy of mind, Content and Consciousness brings together the approaches of philosophers and scientists to the mind--a connection that must occur if genuine analysis of the mind is to be made. This unified approach permits the most forbiddingly mysterious mental phenomenon--consciousness--to be broken down into several distinct phenomena, and these are each given a foundation in the physical activity of the brain. This paperback edition contains a preface placing the book in the context of recent (...) work in the area. (shrink)

Are there really beliefs? Or are we learning (from neuroscience and psychology, presumably) that, strictly speaking, beliefs are figments of our imagination, items in a superceded ontology? Philosophers generally regard such ontological questions as admitting just two possible answers: either beliefs exist or they don't. There is no such state as quasi-existence; there are no stable doctrines of semi-realism. Beliefs must either be vindicated along with the viruses or banished along with the banshees. A bracing conviction prevails, then, to the (...) effect that when it comes to beliefs (and other mental items) one must be either a realist or an eliminative materialist. (shrink)

Ed. Daniel Greenberger, 750pp May 1995 164.95.

The aim of this paper is to describe and defend the moving spotlight theory of time. I characterise the moving spotlight theory as the conjunction of two theses: permanentism, the thesis that everything exists forever, and the A-theory, the thesis that there is an absolute, objective present time. I begin in Sect. 2 by clearing up some common misconceptions about the moving spotlight theory, focusing on the discussion of the theory in Sider. In doing so, I also fill-out the barebones (...) picture of the moving spotlight theory as the conjunction of permanentism and the A-theory. In Sect. 3 I show how moving spotlighters can avoid the two common objections to their view, the McTaggartian argument that the view is contradictory, and the epistemic argument that the view implies that we should believe we are not located at the present moment. I conclude that the moving spotlight theory does not deserve its current relative unpopularity. (shrink)

The almost 300 articles contain not only historical accounts but also some indication of the state of present day study in classical philosophy.