Volume 32, Issue 3, May 2024, Page 693-697.

_Philosophy of Motion Pictures_ is a first-of-its-kind, bottom-up introduction to this bourgeoning field of study. Topics include film as art, medium specificity, defining motion pictures, representation, editing, narrative, emotion and evaluation. Clearly written and supported with a wealth of examples Explores characterizations of key elements of motion pictures –the shot, the sequence, the erotetic narrative, and its modes of affective address.

This article demonstrates the importance of making explicit different conceptions of movement for the philosophy of sport. In addition to the mechanistic and the Aristotelian approaches, this article presents a third, underexplored view of movement, namely that of Lucretius as interpreted by Karl Marx and Michel Serres. By exploring the similarities between Marx’s motion of repulsion and Serres’s turbulent flux, it will be argued that a Lucretian view offers a philosophy of movement that uniquely does not rely on stasis. (...) This Lucretian perspective is illustrated through Serres’s elaborations on the body and sport. It is concluded that sport is not primarily a rational, rule-guided practice but arises from moving and sensuous bodies that are always deviating from their standard trajectory. (shrink)

In the post-Newtonian world motion is assumed to be a simple category which relates to the locomotion of bodies in space, and is usually associated only with physics. Philosophy, God and Motion shows that this is a relatively recent understanding of motion and that prior to the scientific revolution motion was a much broader and more mysterious category, applying to moral as well as physical movements. Simon Oliver presents fresh interpretations of key figures in the history (...) of western thought including Plato, Aristotle, Aquinas and Newton, examining the thinkers' handling of the concept of motion. Through close readings of seminal texts in ancient and medieval cosmology and early modern natural philosophy, the book moves from antique to modern times investigating how motion has been of great significance within theology, philosophy and science. Particularly important is the relation between motion and God, following Aristotle traditional doctrines of God have understood the divine as the 'unmoved mover' while post-Holocaust theologians have suggested that in order to be compassionate God must undergo the motion of suffering. Philosophy, God and Motion suggests that there may be an authentically theological, as well as a natural scientific understanding of motion. (shrink)

Pack includes 2 titles from the popular Blackwell Philosophy Anthologies Series: Philosophy of Literature: Contemporary and Classic Readings - An Anthology Edited by Eileen John and Dominic McIver Lopes ISBN: 9781405112086 Essential readings in the philosophy of literature are brought together for the first time in this anthology. Contains forty-five substantial and carefully chosen essays and extracts Provides a balanced and coherent overview of developments in the field during the past thirty years, including influential work on fiction, interpretation, metaphor, literary (...) value, and the definition and ontology of literature Includes an additional historical section featuring generous selections of the writings of early pioneers such as Plato, Aristotle, Nietzsche, and Hume Serves as an ideal introduction to the philosophy of literature or the philosophy of art, as well as a handy compilation of contributions to the field by its leading figures Philosophy of Film and Motion Pictures: An Anthology Edited by Noël Carroll and Jinhee Choi ISBN: 9781405120272 Designed for classroom use, this authoritative anthology presents key selections from the best contemporary work in philosophy of film. The featured essays have been specially chosen for their clarity, philosophical depth, and consonance with the current move towards cognitive film theory Eight sections with introductions cover topics such as the nature of film, film as art, documentary cinema, narration and emotion in film, film criticism, and film's relation to knowledge and morality Issues addressed include the objectivity of documentary films, fear of movie monsters, and moral questions surrounding the viewing of pornography Replete with examples and discussion of moving pictures throughout. (shrink)

This paper focuses on whether static images can depict motion. It is natural to say that pictures depicting objects caught in the middle of a dynamic action—such as Henri Cartier-Bresson’s (1932) Behind the Gare St. Lazare—are pictures of movement, but, given that pictures themselves do not move, can we make sense of such an idea? Drawing on results from experimental psychology and cognitive sciences, I show that we can. Psychological studies on implicit motion and representational momentum indicate that (...) motion is really perceived in some static images: our visual system is built in order to detect motion, even where it is only implied, and to anticipate the probable outcomes of others’ actions—even when the ‘others’ are only the subject matters of pictures’. I argue that, consequently, a range of popular depiction theories—perceptualist theories of depiction—can accommodate depicted motion. (shrink)

This article examines the Kantian ideas on motion in his work Metaphysical Foundations of Natural Science. In that essay, Kant holds that motion as a concept—from its connotation as elemental and fundamental predicament of the material reality—mobilises in matter all the characteristics of its essence as a property. Nevertheless conceiving motion as a concept does not enable us to confirm the existence of motion itself in the natural world because ‘the possibility of specific natural things can’t (...) be discovered from their mere concepts.’. Therefore, the concept of movement does not evidence the existence of the movement or its characteristics and properties. Such claim would imply that motion as a concept is not evidence of the existence of motion as such and, therefore, the properties of matter cannot be mobilised based on that concept because they are characteristics of the essence of motion. Then, how does Kant intend to denote motion? Why pretend to explain matter form the concept of motion if a pure concept is, by definition, independent of the data obtained from the sensibility?. Therefore, we will demonstrate that such weakness is the breaking point of the Kantian concept of motion in his “dynamic-metaphysical” model. (shrink)

Book review of _The Philosophy of Motion Pictures_ by Noël Carroll.

Pack includes 2 titles from the popular Blackwell Philosophy Anthologies Series: _ _ Philosophy of Literature_: Contemporary and Classic Readings_ _Edited by Eileen John and Dominic McIver Lopes ISBN: 9781405112086 _ Philosophy of Film and Motion Pictures_: An Anthology _Edited by No ë l Carroll and Jinhee Choi ISBN: 9781405120272.

The disciplinary enterprises engaged in the study of consciousness now extend beyond their original paradigms providing additional knowledge toward an overall understanding of the fundamental meaning and scope of consciousness. A new transdisciplinary domain has resulted from the syncretism of several approaches bringing about a new paradigm. The background for this overarching enterprise draws from a variety of traditions. In this paper however elaboration is restricted to the quantum-mechanical account in David Bohm’s theoretical work in relation to his ideas about (...) “active information”, “protointelligence”, and “non-locality”. This leads to an adapted version of Bohm’s thesis concerning the implicate order and explicate order of the Universe - the Impression Order and the Expression Order, respectively. On this view, the Universe is formed on an actual-material level, the apparent properties of things, and a potential-material level, a constant process of becoming that exerts an attractive force on the present. The central thesis emerges from a radical reformulation of certain core concepts that transforms many ontological assumptions about the material basis of consciousness. That is, the above platform inclusively connects to a hypothesis that the concepts of ‘space’, ‘time’, ‘event’, and ‘motion’ can be unified to capture the notion of simultaneous activity at reducing levels to the Impression order. This notion coheres with a physical-theoretical model of Signature-Energy-Frequency which has been well demonstrated in the atomic, chemical, and information fields. This study embraces a holistic and creative worldview based on a triadic model wherein consciousness itself is postulated as the most basic, primordial stratum. Importantly, both orders are constantly conjoined since the Impression Order exists as potential energy of the quantum vacuum. The physical realm is formed by the proposed Triangulate-Three conditions as a principle of animation and ‘being’: Consciousness, Body-of-Experience and Intellect-Reflective in the Expression Order, one aspect of which emerge as lifelike properties. This Triangulate-Three principle inheres in every particle and organism to which it guides its development, adaptation, and survival. The conscious being thus possesses all three conditions in Expression Order through STEM-interactions via SEF transmissions, as a self-organising organism. (shrink)

ABSTRACTTwo new books about the Pragmatist tradition, Richard Bernstein's The Pragmatic Turn and Colin Koopman's Pragmatism as Transition, represent respectively a summing up of the past half‐century of the tradition's history and a possible program for its future development. Bernstein ecumenically considers the achievements of a wide range of thinkers from Peirce, Dewey, and James to Brandom, Putnam, and Rorty, drawing valuable lessons from each, while not sparing criticism of their flaws. Koopman also tries to bridge the gap between what (...) he calls “classicopragmatism” and “neopragmatism,” although he finds more to admire in Rorty than in his predecessors. Whereas Bernstein attempts to supplement the pragmatist tradition by turning to Habermas, Koopman finds his inspiration in Foucault. Both authors emphasize the historicist, evolutionary, and transitionalist implications of pragmatism, paying as a result insufficient attention to the historical possibilities of repetition, rupture, discontinuity, and the unexpected event. In terms of the political implications they draw, Koopman advocates a meliorist incrementalism that lacks any real bite, while Bernstein expresses dissatisfaction with the democratic pieties of Rorty's final work, but doesn't really provide a sustained alternative. (shrink)

The pendulum has had immense scientific, cultural, social and philosophical impact. Historical, methodological and philosophical studies of pendulum motion can assist teachers to improve science education by developing enriched curricular material, and by showing connections between pendulum studies and other parts of the school programme, especially mathematics, social studies, technology and music. The pendulum is a universal topic in high-school science programmes and some elementary science courses; an enriched approach to its study can result in deepened science literacy across (...) the whole educational spectrum. Such literacy will be manifest in a better appreciation of the part played by science in the development of society and culture. Such history, philosophy and science (HPS)-informed teaching and study of pendulum motion can serve as an exemplar of the benefits of HPS-informed teaching across the science curriculum. (This chapter draws on material in Matthews (1998, 2000, 2001, 2004), and on contributions to Matthews et al. (2005)). (shrink)

This chapter argues that the standard conception of Spinoza as a fellow-travelling mechanical philosopher and proto-scientific naturalist is misleading. It argues, first, that Spinoza’s account of the proper method for the study of nature presented in the Theological-Political Treatise (TTP) points away from the one commonly associated with the mechanical philosophy. Moreover, throughout his works Spinoza’s views on the very possibility of knowledge of nature are decidedly sceptical (as specified below). Third, in the seventeenth-century debates over proper methods in the (...) sciences, Spinoza sided with those that criticized the aspirations of those (the physico-mathematicians, Galileo, Huygens, Wallis, Wren, etc) who thought the application of mathematics to nature was the way to make progress. In particular, he offers grounds for doubting their confidence in the significance of measurement as well as their piece-meal methodology (see section 2). Along the way, this chapter offers a new interpretation of common notions in the context of treating Spinoza’s account of motion (see section 3). (shrink)

Rethinking “philosophy” to-day, it is necessary to think first of all about ontological foundations of the modern scientific universe description and rethink them on the ground of modern scientific knowledge, because until now there is no any precise scientific conception of the structure of the universe, of reasons and movingforces of its permanent evolution. All of it create basis to propose various unscientific ideas of creationism. Until now most of philosophers associate the motion of Matter on the whole only (...) with its motion in space and in time, mixing philosophical and physical aspects of these two principle categories. Generally speaking, the present-day ontological model of understanding the World, the Universe is constructed purely on the basis of only these two fundamental categories. However, a more deep reflection of the essence of Being, if to realize it on the basis of only these two global categories, brings us to the disappointing conclusion, that in this case we have nothing more except a mechanical motion, i.e. spatial displacement of a material point (or a system of points) relatively some point of counting off. To make it normal and logic we should add to the ontological model one more essential part – the motion in quality. So, in order to create the full and complete picture of the formation and evolution of the material World it is necessary to observe the motion of material forming in the three equivalentphilosophical categories: in space time quality. The ideas of the new conception of ontological model become actual supplementation of really scientific philosophical knowledge on the way of a more objective ontological comprehension of our Being, of the law of development of the human civilization and the Universe as a whole. This knowledge can be successfully used for the description of the realistic paradigm of Being, in explanations of the meaning of Life. (shrink)

In der Zeit zwischen 1668 und 1671 ändert Leibniz seine Ansicht zu Bewegung und Körper von dem Standpunkt, Bewegung sei keine essentielle Eigenschaft eines Körpers, zu dem, dass Bewegung den Wesenskern eines Körpers bilde. Dieser Aufsatz will den Prozess analysieren, der diesem Wandel zu Grunde liegt. Die Theoria motus abstracþi wird dabei als vorsichtige Synthese interpretiert, die zwar den Wandel ankündigt, die aber den neuen Standpunkt noch nicht explizit vertritt. Die ausdrückliche Hinwendung zu der Position, Bewegung sei der Wesenskern eines (...) Körpers, wird als Folge davon gesehen, dass Leibniz die Existenz einer unbewegten materia prima verneint; und diese Haltung führt zu einer ausdrücklich phänomenologischen Ableitungsmethode im zweiten Entwurf des Specimen demonstrationum de natura rerum corporearum ex phaenomenis, die mit ihrer Unterscheidung zwischen dem Körper als wandelbar und dem Raum als unwandelbar zu der Schlussfolgerung, Bewegung sei der Wesenskern eines Körpers, führt. (shrink)

Thomas Hobbes based his natural philosophy on definitions and general principles of matter in motion, which he refrained from calling “laws of nature.” Across the channel, René Descartes had presented his own account of matter in motion in such a way that laws of nature play a central causal-explanatory role. Despite some notable differences in the two systems of natural philosophy, the content of the three Cartesian laws of nature is shared by Hobbesian principles of motion. Why (...) is it the case that Hobbes never ‘transferred’ the concept of law of nature from the sphere of civil society to the realm of nature? What is the status of the Hobbesian principles of motion if they are not laws? Answering these questions is the main aim of this article. It is shown that Hobbes made available an importantly different and genuinely original way to do natural philosophy, which renders it free of metaphysics and eschews the need to ground it in anything other than ‘natural reason’. Briefly put, Hobbes took the category of ‘laws of nature’ to involve commitments that cannot be met in the natural world, unless natural philosophy loses its autonomy from theology and metaphysics. (shrink)

The concept of Substantial motion (حركت جوهرى) is fundamentally flawed and severely muddled. Aristotle and Mulla Sadra’s conception of motion, substance (جوهر) and substantial form صورت نوعيه)) were all based on a severe misunderstanding of nature as later was established by the scientists and philosophers that came after them. Here, by recalling the established facts of modern science, particularly the universally accepted scientific fact that, properties of objects are reducible to the motion of their electrons and there’s (...) no such thing as ‘substantial form’ much less substance, the author puts an end to a 400-year-old glorious error called ‘substantial motion’. Naturally any attempt to reconcile the paradigms of modern physics with Aristotle/Sadra paradigms of form/matter and substance/accidents, and to try to draw parallel between the two and revive their philosophy would be an exercise in futility. (shrink)

Introduction: sport and the event -- Ron Artest: the black body at rest (Alain Badiou) -- Eric Cantona: the body in motion (Gilles Deleuze) -- Zinedine Zidane: coup de boule (Jacques Derrida) -- Epilogue: being, event, and the philosophy of sport.

There is a longstanding definition of instantaneous velocity. It saysthat the velocity at t 0 of an object moving along a coordinate line is r if and only if the value of the first derivative of the object's position function at t 0 is r. The goal of this paper is to determine to what extent this definition successfully underpins a standard account of motion at an instant. Counterexamples proposed by Michael Tooley (1988) and also by John Bigelow and (...) Robert Pargetter (1990) are reinforced and illuminated by considering the presence or absence of changes to the object's motion. (shrink)

The concept of self-motion is not only fundamental in Aristotle's argument for the Prime Mover and in ancient and medieval theories of nature, but it is also central to many theories of human agency and moral responsibility. In this collection of mostly new essays, scholars of classical, Hellenistic, medieval, and early modern philosophy and science explore the question of whether or not there are such things as self-movers, and if so, what their self-motion consists in. They trace the (...) development of the concept of self-motion from its formulation in Aristotle's metaphysics, cosmology, and philosophy of nature through two millennia of philosophical, religious, and scientific thought. This volume contains "Self-Movers" (David Furley), "Aristotle on Self-Motion" (Mary Louise Gill), "Aristotle on Perception, Appetition, and Self-Motion" (Cynthia Freeland), "Self-Movement and External Causation" (Susan Sauvé Meyer), "Aristotle on the Mind's Self-Motion" (Michael Wedin), "Mind and Motion in Aristotle" (Christopher Shields), "Aristotle's Prime Mover" (Aryeh Kosman), "The Transcendence of the Prime Mover" (Lindsay Judson), "Self-Motion in Stoic Philosophy" (David Hahm), "Duns Scotus on the Reality of Self-Change" (Peter King), "Ockham, Self-Motion, and the Will" (Calvin Normore), and "Natural Motion and Its Causes: Newton on the 'Vis Insita' of Bodies" (J. E. McGuire). Originally published in 1994. The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905. (shrink)

Graduate Papers from the 2022 Joint Session. It is often said that Aristotle takes geometrical objects to be absolutely unmovable and unchangeable. However, Greek geometrical practice does appeal to motion and change, and geometers seem to consider their objects apt to be manipulated. In this paper, I examine if and how Aristotle’s philosophy of geometry can account for the geometers’ practices and way of talking. First, I illustrate three different ways in which Greek geometry appeals to change. Second, I (...) examine Aristotle’s ontology of geometrical objects and argue that although the truth-makers of geometrical statements are in fact unmovable because they are properties of sensible objects, geometers ‘separate them in thought’ and treat them as substances apt to be modified. Finally, I examine whether allowing for the possibility of manipulating these semi-fictional geometrical individuals creates problems for the applicability of geometry. I find that it does not, insofar as one accepts that geometry is not meant to track physical change but merely to study the instantaneous geometrical configuration of sensible bodies, and is thus only applicable at the instant. (shrink)

The article is dedicated to the interpretation of the problem of motion by Mahmud Shabistari – one of the prominent medieval Persian Sufi thinkers. The main source for the study was his philosophical treatise “Haqq al-Yaqin fi Ma’rifat Rabb al-’Alamin”. The article includes the first translation into a European language (Russian) of a chapter from this treatise – “On the Manifestation of Movement and the Renewal of Manifesta­tions”. Ancient authors also dealt with the problem of motion comprehension. The (...) inves­tigation of the way Shabistari solves this problem is particularly interesting because, striving for the affirmation of strict monotheism, he proposed a monistic model of the uni­verse where only the One First Principle exists. He considered the existence of everything else as an illusion. However, such a statement makes any change impossible, and conse­quently movement as well. Meanwhile, Shabistari, on the contrary, states the constant circular motion of the First Principle with itself as the center. It generates its numerous virtual images in non-being, that move constantly around the One. These images include everything – from the Universal Reason to the individual human being. Shabistari con­structs a system of virtual images motion based on a fractal principle: the circle around the point of the One represents the motion trajectory of the first creature – the Universal Reason. Each point of this circle is the Universal Reason’s manifestation at each individ­ual moment in the form of one of the forty existence levels. In its turn, each level of exis­tence becomes also a center of the circular motion of its virtual copies – individual things. (shrink)

Modern philosophy of physics debates whether motion is absolute or relative. The debate began in the 1600s, so it deserves a close look here. Primarily, it was a controversy in metaphysics, but it had epistemic aspects too. I begin with the former, and then touch upon the latter at the end.

This book examines the birth of the scientific understanding of motion. It investigates which logical tools and methodological principles had to be in place to give a consistent account of motion, and which mathematical notions were introduced to gain control over conceptual problems of motion. It shows how the idea of motion raised two fundamental problems in the 5th and 4th century BCE: bringing together being and non-being, and bringing together time and space. The first problem (...) leads to the exclusion of motion from the realm of rational investigation in Parmenides, the second to Zeno's paradoxes of motion. Methodological and logical developments reacting to these puzzles are shown to be present implicitly in the atomists, and explicitly in Plato who also employs mathematical structures to make motion intelligible. With Aristotle we finally see the first outline of the fundamental framework with which we conceptualise motion today. (shrink)

The significance of absolute space and absolute motion in the Critical philosophy is clarified by analysis of relevant passages in Kant's Metaphysical Foundations of Natural Science. Newton's absolute space is rejected in favor of absolute space conceived of as an idea of reason serving to unify the infinity of possible relative kinematic spaces. On the other hand, something like newton's concept of absolute motion (e.g., in the case of rotation) is accepted by Kant under the heading of real (...) - as opposed to illusory - motion. (shrink)

Margaret Cavendish is widely known as a materialist. However, since Cavendishian matter is always in motion, “matter” and “motion” are equally important foundational concepts for her natural philosophy. In Philosophical Letters (1664), she takes to task her materialist rival Thomas Hobbes by assaulting his account of accidents in general and his concept of “rest” in particular. In this article, I argue that Cavendish defends her continuous-motion view in two ways: first, she claims that her account avoids seeing (...) accidents as capable of generation and annihilation, which she argues is inconceivable; and second, she contends that according to Hobbes’s own view “rest” is an absurd conception since it cannot be drawn from experience. Beyond its function as a defense, I claim that Cavendish’s focused criticism of “rest” shows that she is a perceptive reader of Hobbes’s natural philosophy, insofar as her criticisms undercut the two a priori principles of Hobbesian physics. Finally, I show how her views developed in more detail in Philosophical and Physical Opinions (1663) and Observations upon Experimental Philosophy ([1666] 2001) avoid the worries she raises for Hobbesian materialism. (shrink)

I argue that Plato believes that the soul must be both the principle of motion and the subject of cognition because it moves things specifically by means of its thoughts. I begin by arguing that the soul moves things by means of such acts as examination and deliberation, and that this view is developed in response to Anaxagoras. I then argue that every kind of soul enjoys a kind of cognition, with even plant souls having a form of Aristotelian (...) discrimination (krisis), and that there is therefore no completely unintelligent, evil soul in the cosmos that can explain disorderly motions; as a result, the soul is not the principle of all motion but only motion in the cosmos after it has been ordered by the Demiurge. (shrink)

제논의 여러 역설들 중에서 후대에 가장 많이 논의된 역설은 운동 역설이다. 제논의 운동 역설의 종류는 넷으로 알려져 있다. 논자는 이 중에서 ‘반분 역설’과 ‘아킬레우스 역설’에 논의를 집중하고자 한다. 제논의 운동 역설은 아리스토텔레스의 보고에 전적으로 의존한다. 그는 6권과 8권에서 ‘반분 역설’을 보고하고 평가한다. 그는 6권의 답변과 8권의 답변을 각각 ‘질문자에 충분한 답변’과 ‘진리에 충분한 답변’이라고 부른다. 그리고 각 답변의 이론적 배경에는 ‘무한하게 분할되는’ 기하학적인 성격의 연속 개념과 ‘분할될 수 없는 형상적 연속’ 개념이 놓여 있다. 두 연속 개념에 기반한 두 답변에서 그가 (...) 사용하는 개념적인 도구와 학적 관심은 별도의 것으로 논의될 수 있고, 독립적으로 해석될 수 있다. 본 연구는 두 연속 개념 중에서 형상적 혹은 실체적 세계 이해의 존재론적 근거인 ‘분할될 수 없는 형상적 연속’ 개념의 해명에 논의를 집중할 것이다. 그리고 이를 위해 필요한 만큼 제논 역설의 전체 구조는 물론이고, ‘무한하게 분할되는 연속’ 개념과의 비교 분석이 제시될 것이다. 그의 세계 해석의 밑바탕에 깔려 있는 형상적 연속 공간의 구조를 분석하고, 이것이 제논 역설을 해결하는데 어떤 의의와 한계를 갖는지, 나아가 자연 세계 전체를 해석하는데 어떤 의의와 한계를 갖는지 논의할 것이다. (shrink)

Mr William Charlton ) quotes Russell on Motion. It has been pointed out to me that the book referred to in line 5 as Principles of Philosophy should in all probability be The Principles of Mathematics , and on looking into the matter I find that this is indeed the case. On p. 473 of the latter book I read: 447. It is to be observed that … we must entirely reject the notion of a state of motion. (...) Motion consists merely in the occupation of different places at different times, subject to continuity as explained in Part V. (shrink)

John Granville's first book is unique on several counts. First, it's not simply a history of science, but rather a history of our evolving unerstanding of motion. It's unique in the detailed explanations given to common scientific riddles-explanations aimed to help students avoid catastrophic collisions with these concepts in college. It's unique in that it resents the philosophies on which the major scientific paradigm shifts rest. It's unique in its presentation from Thomas Kuhn's point of view (i.e., his concept (...) of world view and paradigm shifts as presented in his classic work The Structure of Scientific Revolutions). The book begins with an informal discussion of Kuhn's notion of world view, and various concepts relevant to his thesis concerning the nature of scientific revolutions; but, the Discovery of Motion proper begins with ancient Egyptian and Greek preparations for Aristotle (here the dialectic of Parmenides and Plato are given special attention). A survey of Aristotle and his science of motion follows (i.e., his theory of nature and natural philosophy). Included in this part of the book are the works of such notables as Archimedes and Ptolemy. The Copernican revolution, including the works of Galileo, Kepler and Newton is, of course, presented from the viewpoint of Kuhn's paradigm shift. Four chapters concerning Newtonian motion are the highlight of the first half of the book. It is here Granville's original aim, of explaning puzzling scientific phenomena to young students, is realized-but now this material serves another purpose. These chapters not only clarify Newton's world view but expose phenomena that were virtually invisible to the peripatetics...and will eventually expose reasons for the ambivalence and frustration that accompany scientific revolutions. Granville then turns to philosophical developments that led to our modern view of the world. This part of the book covers the evolution of empiricism from Bacon to Hume (with Descartes' rationalism thrown in for contrast). Kant's epistemology concludes this philosophical survey, deliberately leading the plot back toward the classical viewpoint. Finally, developments of the nineteenth century that led to the so-called Second Scientific Revolution are considered. The final chapter is a unique presentation of Einstein's relativity theory, where the incompatibility of this theory with Newtonian physics, and the reason why relativity must take precedence, are discussed. Granville compares the opposition to the Copernican revolution with twentieth century opposition to the Einsteinian revolution. The book reveals that, after building detailed understanding of classical Newtonian phenomena, opposition to a shift of world view is an understandable human reaction. (shrink)

This paper focuses on Seng-Chao’s conception of motion and rest as two different ways to see the same phenomenon and the effect that this has on his understanding of ideas such as impermanence. I point out the parallels that can be made between motion and rest and samsara and nirvana and I argue that a strong Taoist background helps Seng-Chao clarify Indian ideas and make even deeper claims about the true nature of reality.

Ion Soteropoulos reconciles the contradiction between the finite and infinite and transforms this reconciliation into the founding principle of motion. This book will appeal to readers interested in the logical mechanics of the physical universe, the hidden powers of our finite brain, and the utility of robots in the future.