This volume is a collation of original contributions from the key actors of a new trend in the contemporary theory of knowledge and belief, that we call "dynamic epistemology." It brings the works of these researchers under a single umbrella by highlighting the coherence of their current themes, and by establishing connections between topics that, up until now, have been investigated independently. It also illustrates how the new analytical toolbox unveils questions about the theory of knowledge, belief, preference, action, and rationality, in a number of central axes in dynamic epistemology: temporal, social, probabilistic and even deontic dynamics.

A History of Chinese Science and Technology (Volumes 1, 2 & 3) presents 44 individual lectures, beginning with Ancient Chinese Science and Technology in the Process of Human Civilizations and an Overview of Chinese Science and Technology, and continuing with in-depth discussions of several issues in the History of Science and the Needham Puzzle, interspersed with topics on Astronomy, Arithmetic, Agriculture and Medicine, The Four Great Inventions, and various technological areas closely related to clothing, food, shelter and transportation. This book is the most authoritative work on the history of Chinese Science and Technology. It is the Winner of the China Book Award, the Shanghai Book Award (1st prize), and the Classical China International Publishing Project (GAPP, General Administration of Press and Publication of China) and offers an essential resource for academic researchers and non-experts alike. It originated with a series of 44 lectures presented to top Chinese leaders, which received very positive feedback. Written by top Chinese scholars in their respective fields from the Institute for the History of Natural Sciences, Chinese Academy of Sciences and many other respected Chinese organizations, the book is intended for scientists, researchers and postgraduate students working in the history of science, philosophy of science and technology, and related disciplines. Yongxiang Lu is a professor, former president and member of the Chinese Academy of Sciences (CAS) and Chinese Academy of Engineering (CAE), and Vice Chairman of the National Congress of China.

It is widely thought that the cognitive science of religion (CSR) may have a bearing on the epistemic status of religious beliefs and on other topics in philosophy of religion. Epistemologists have used theories from CSR to argue both for and against the rationality of religious beliefs, or they have claimed that CSR is neutral vis-a-vis the epistemic status of religious belief. However, since CSR is a rapidly evolving discipline, a great deal of earlier research on the topic has become dated. Furthermore, most of the debate on the epistemic consequences of CSR has not taken into account insights from the philosophy of science, such as explanatory pluralism and explanatory levels. This volume overcomes these deficiencies. This volume brings together new philosophical reflection on CSR. It examines the influence of CSR theories on the epistemic status of religious beliefs; it discusses its impact on philosophy of religion; and it offers new insights for CSR. The book addresses the question of whether or not the plurality of theories in CSR makes epistemic conclusions about religious belief unwarranted. It also explores the impact of CSR on other topics in philosophy of religion like the cognitive consequences of sin and naturalism. Finally, the book investigates what the main theories in CSR aim to explain, and addresses the strengths and weaknesses of CSR.

This book explores the ways in which the spatio-temporal contingency of human life is being conceived in different fields of research. Specifically, it looks at the relationship between the situatedness of human life, the situation or place in which human life is supposed to be situated, and the dimensions of space and time in which both situation and place are usually themselves supposed to be situated. Over the last two or three decades, the spatio-temporal contingency of human life has become an important topic of research in a broad range of different disciplines including the social sciences, the cultural sciences, the cognitive sciences, and philosophy. However, this research topic is referred to in quite different ways: while some researchers refer to it in terms of "situation", emphasizing the "situatedness" of human experience and action, others refer to it in terms of "place", emphasizing the "power of place" and advocating a "topological" or "topographical turn" in the context of a larger "spatial turn". Interdisciplinary exchange is so far hampered by the fact that the notions referred to and the relationships between them are usually not sufficiently questioned. This book addresses these issues by bringing together contributions on the spatio-temporal contingency of human life from different fields of research.

In contemporary philosophy of science, ontological reductionism, or the claim that everything that exists in the world is something physical, is the consensus mainstream position. Contrary to a widespread belief, this book establishes that ontological and epistemological reductionism stand or fall together. The author proposes a new strategy of conservative theory reduction that operates by means of the construction of functional sub-concepts that are coextensional with physical concepts. Thus, a complete conservative reductionism is established that vindicates both the indispensable scientific character of the special sciences and their reducibility to physics. The second part of the book works this strategy out, using the example of classical and molecular genetics.

This book is about structural relations between phenomenological and neurophysiological aspects of consciousness and time. Focusing on auditory perception and making new and updated use of Leibniz and Husserl, it investigates the transition from unconscious to conscious states, especially with regard to the constitution of phenomenal time.

This book, Philosophy of Chemistry, is dedicated to some of the general principles of philosophy of chemistry, the special branch of philosophy of science. Since the work is a collection of lectures that the Author gave at the University of Zagreb (Croatia) during the period of twenty years, the book could serve also as a university textbook in philosophy of chemistry. Philosophy of chemistry is represented through the discussion about some of the general philosophical problems such as, theory of complexity, autonomy of sciences, epistemology, falsificationism, emergence and unity of science, holism and reductionism, the problem of identity, and hierarchical structures, as well as the teleological aspects of science. The work consists from thirteen chapters where the main science-philosophical problems are represented and discussed within the historical context of the development of chemistry as a science. The book is aimed at wider academic audience interesting in the philosophy of science, and especially at university students of life sciences.

The volume is based on papers presented at the international conference on Model-Based Reasoning in Science and Medicine held in China in 2006. The presentations explore how scientific thinking uses models and explanatory reasoning to produce creative changes in theories and concepts. The contributions to the book are written by researchers active in the area of creative reasoning in science and technology. They include the subject area 's most recent results and achievements.

What is the actual basis of terms such as "goal," "function," and "for the sake of"? Can these teleological concepts be validly applied to non-conscious biological processes such as the heartbeat, plant growth, and cellular metabolism? Does the behavior of any inanimate objects, natural or man-made, qualify as goal-directed? To resolve these issues, Harry Binswanger provides a unique approach combining factual and epistemological considerations. If human purposeful action is the paradigm case of goal-directed action, then regarding a non-purposeful process as goal-directed means taking it to be causally similar to purposeful action. Accordingly, to determine the proper extent of teleological concepts, Binswanger provides an analysis of purposeful action and a point-by-point comparison of the features of purposeful action to those of vegetative and inanimate processes. He concludes that natural selection, in adapting actions to ends with survival value, does make all living action qualify as goal-directed, and that no inanimate process qualifies. An appendix compares Binswanger's views with those of Larry Wright and Andrew Woodfield.

This volume is put together in honor of a distinguished historian of science, Kostas Gavroglu, whose work has won international acclaim, and has been pivotal in establishing the discipline of history of science in Greece, its consolidation in other countries of the European Periphery, and the constructive dialogue of these emerging communities with an extended community of international scholars. The papers in the volume reflect Gavroglu's broad range of intellectual interests and touch upon significant themes in recent history and philosophy of science. They include topics in the history of modern physical sciences, science and technology in the European periphery, integrated history and philosophy of science, historiographical considerations, and intersections with the history of mathematics, technology and contemporary issues. They are authored by eminent scholars whose academic and personal trajectories crossed with Gavroglu's. The book will interest historians and philosophers of science and technology alike, as well as science studies scholars, and generally readers interested in the role of the sciences in the past in various geographical contexts.

This volume is dedicated to the one hundredth anniversary of the publication of Hermann Minkowski's paper "Raum und Zeit" in 1909 [1]. The paper presents the textofthetalkMinkowskigaveatthe80thMeetingoftheGermanNaturalScientists and Physicians in Cologne on September 21, 1908. Minkowski's work on the spacetime representation of special relativity had a huge impact on the twentieth century physics, which can be best expressed by merely stating what is undeniable - that modern physics would be impossible wi- out the notion of spacetime. It is suf cient to mention as an example only the fact that general relativity would be impossible without this notion; Einstein succeeded to identifygravitywith the curvatureofspacetime onlywhen he overcamehis initial hostile reactionto Minkowski'sfour-dimensionalrepresentationof special relativity and adopted spacetime as the correct relativistic picture of the world. While there exists an unanimous consensus on the mathematical signi cance of spacetime for theoretical physics, for a hundred years there has been no consensus on the nature of spacetime itself. The rst sign of this continuing controversy was Sommerfeld's remark in his notes on Minkowski's article [2]: "What will be the epistemologicalattitudetowardsMinkowski'sconceptionofthetime-spaceproblem is another question, but, as it seems to me, a question which does not essentially touch his physics".

This book outlines a new conception of the cyborg in terms of consciousness as the parallax gap between physical and digital worlds. The contemporary subject constructs its own internal reality in the interplay of the Virtual and the Real. Reinterpreting the work of Slavoj Zizek and Gilles Deleuze in terms of the psychological and ontological construction of the digital, alongside the philosophy of quantum physics, this book offers a challenge to materialist perspectives in the fluid cyberspace that is ever permeating our lives. The inclusion of the subject in its own epistemological framework establishes a model for an engaged spectatorship of reality. Through the analysis of online media, digital art, avatars, computer games and science fiction, a new model of cyborg culture reveals the opportunities for critical and creative interventions in the contemporary subjective experience, promoting an awareness of the parallax position we all occupy between physical and digital worlds.

This monograph analyzes Nicholas Rescher's system of pragmatic idealism. It also looks at his approach to prediction in science. Coverage highlights a prominent contribution to a central topic in the philosophy and methodology of science. The author offers a full characterization of Rescher's system of philosophy. She presents readers with a comprehensive philosophico-methodological analysis of this important work. Her research takes into account different thematic realms: semantic, logical, epistemological, methodological, ontological, axiological, and ethical. The book features three, thematic-parts: I) General Coordinates, Semantic Features and Logical Components of Scientific Prediction; II) Predictive Knowledge and Predictive Processes in Rescher's Methodological Pragmatism; and III) From Reality to Values: Ontological Features, Axiological Elements, and Ethical Aspects of Scientific Prediction. This insightful analysis offers a critical reconstruction of Rescher's philosophy. The system he created is often characterized as pragmatic idealism that is open to some realist elements. He is a prominent representative of contemporary pragmatism who has made a great deal of contributions to the study of this topic. This area is crucial for science and it has been little considered in the philosophy of science.

This volume is the first systematic and thorough attempt to investigate the relation and the possible applications of mereology to contemporary science. It gathers contributions from leading scholars in the field and covers a wide range of scientific theories and practices such as physics, mathematics, chemistry, biology, computer science and engineering. Throughout the volume, a variety of foundational issues are investigated both from the formal and the empirical point of view.

The first section looks at the topic as it applies to physics. The section addresses questions of persistence and composition within quantum and relativistic physics and concludes by scrutinizing the possibility to capture continuity of motion as described by our best physical theories within gunky space times.

The second part tackles mathematics and shows how to provide a foundation for point-free geometry of space switching to fuzzy-logic. The relationbetween mereological sums and set-theoretic suprema is investigated and issues about different mereological perspectives such as classical and natural Mereology are thoroughly discussed.

The third section in the volume looks at natural science. Several questions from biology, medicine and chemistry are investigated. From the perspective of biology, there is an attempt to provide axioms for inferring statements about part hood between two biological entities from statements about their spatial relation. From the perspective of chemistry, it is argued that classical mereological frameworks are not adequate to capture the practices of chemistry in that they consider neither temporal nor modal parameters.

The final part introduces computer science and engineering. A new formal mereological framework in which an indeterminate relation of part hood is taken as a primitive notion is constructed and then applied to a wide variety of disciplines from robotics to knowledge engineering. A formal framework for discrete mereotopology and its applications is developed and finally, the importance of mereology for the relatively new science of domain engineering is also discussed."

The present volume advances a recent historiographical turn towards the intersection of early modern philosophy and the life sciences by bringing together many of its leading scholars to present the contributions of important but often neglected figures, such as Ralph Cudworth, Nehemiah Grew, Francis Glisson, Hieronymus Fabricius ab Aquapendente, Georg Ernst Stahl, Juan Gallego de la Serna, Nicholas Hartsoeker, Henry More, as well as more familiar figures such as Descartes, Spinoza, Leibniz, Malebranche, and Kant. The contributions to this volume are organized in accordance with the particular problems that living beings and living nature posed for early modern philosophy: the problem of life in general, whether it constitutes something ontologically distinct at all, or whether it can ultimately be exhaustively comprehended "in the same manner as the rest "; the problem of the structure of living beings, by which we understand not just bare anatomy but also physiological processes such as irritability, motion, digestion, and so on; the problem of generation, which might be included alongside digestion and other vital processes, were it not for the fact that it presented such an exceptional riddle to philosophers since antiquity, namely, the riddle of coming-into-being out of - apparent or real - non-being; and, finally, the problem of natural order.

This volume attempts to provide a new articulation of issues surrounding scientific realism, scientific rationality, the epistemology of non-classical physics, the type of revolutionary changes in the development of science, the naturalization of epistemology within frameworks of cognitive science and structural linguistics, models of the information technology revolution, and reconstructions of early modern logical systems.

What happens when the Dalai Lama meets with leading physicists and a historian? This book is the carefully edited record of the fascinating discussions at a Mind and Life conference in which five leading physicists and a historian (David Finkelstein, George Greenstein, Piet Hut, Arthur Zajonc, Anton Zeilinger, and Tu Weiming) discussed with the Dalai Lama current thought in theoretical quantum physics, in the context of Buddhist philosophy. A contribution to the science-religion interface, and a useful explanation of our basic understanding of quantum reality, couched at a level that intelligent readers without a deep involvement in science can grasp. In the tradition of other popular books on resonances between modern quantum physics and Zen or Buddhist mystical traditions--notably The Dancing Wu Li Masters and The Tao of Physics, this book gives a clear and useful update of the genuine correspondences between these two rather disparate approaches to understanding the nature of reality.

Animals and Science examines the debates, from the Renaissance to the present, surrounding issues of animal rights, consciousness, and self-awareness. Animals and Science examines what science has (and has not) taught us about the nature of nonhuman animals and explores the moral, religious, social, and scientific implications of those teachings. It shows how the scientific study of animals, especially their cognitive abilities, has transformed our understanding of them. Animals and Science traces our evolving understanding of animal pain and considers its moral relevance to humans. It discusses Darwin's belief-shattering notion that species differences are not absolute, then traces its impact to the present day. Ultimately, Animals and Science is about the nature of science-the kinds of questions science can and cannot answer, and the role of theory in shaping the interpretation of evidence. 12 thought-provoking essays trace the evolution of our ideas about animals and their impact on science, medicine, and society The book includes an extensive collection of primary source documents, ranging from Thomas Aquinas' Summa contra Gentiles to Peter Singer's Animal Liberation

Cool commentary on current human peccadilloes MACROSCOPIC TOPICS Toe-holds on the slopes of the MATTERHORN of Human Maturation. It is a struggle for each human to make the long climb from infancy through adulthood to the final quietus. These topics do not pretend to tell any one human how to live their life; they only try to encourage thinking on the various phases. EXX-RAYS FROM THE AGING CAGE Visions from the good and productive side of growing older. The purpose in these visions is to throw some light on the need for a positive attitude. Exercise for the brain keeps major negatives outside the cage. Together with appropriate physical initiatives that make sure the mental walls are free from sealed cage doors. COSMIC CYBERTREKS Explorations in the mega void of the universe ... a challenge. Time is eternal, and space is infinite in the cosmos. In terms of measuring events in the universe, where occurrences are matured over many millions of years, using Earth's rules as a guide for establishing cosmic laws is an invisible drop of spit in the seas. The trek experiences are fascinating and challenge accepted dogma for so many concepts of what is logical out in the void.

The nature of scientific explanation has been an important topic in philosophy of science for many years. This book highlights some of the conceptual problems that still need to be solved and points out a number of fresh philosophical ideas to explore. Anyone interested in causal and probabilistic explanation, explanation-seeking questions and contrastive explanations, inference to the best explanation, or explanations within the special sciences should find something of interest in this book.

Science, the Singular, and the Question of Theology explores the role that the singular plays in the theories of science of Robert Grosseteste, Thomas Aquinas, Duns Scotus, William of Ockham, Marsilius of Inghen, and Pierre d’Ailly. Confronting the scientific status of theology, Lee argues that the main issue is how to provide a “rational ground” for existing singulars. The book exposes how, on the eve of modernity, existing singulars were freed from the constraints of rational ground.

In this book Martin Bunzl considers the prospects for a general and comprehensive account of explanation, given the variety of interests that prompt explanations in science. Bunzl argues that any successful account of explanation must deal with two very different contexts - one static and one dynamic. Traditionally, theories of explanation have been built for the former of these two contexts. That is to say, they are designed to show how it is that a 'finished' body of scientific knowledge can be put to explanatory use. But finished sciences are few and far between. Real 'explanation' also occurs in a dynamical context in which questions are asked and answers are given as theories are in the process of being constructed. Here, Bunzl argues that attending to explanation produced under these dynamic circumstances undermines prominent features of the theory of explanation produced in the traditional static context.

Commemorating the 400th anniversary of the publication of Francis Bacon's Advancement of Learning (1605), this collection examines Bacon's recasting of proto-scientific philosophies and practices into early modern discourses of knowledge. Like Bacon, all of the contributors to this volume confront an essential question: how to integrate intellectual traditions with emergent knowledges to forge new intellectual futures. The volume's main theme is Bacon's core interest in identifying and conceptualizing coherent intellectual disciplines, including the central question of whether Bacon succeeded in creating unified discourses about learning. Bacon's interests in natural philosophy, politics, ethics, law, medicine, religion, neoplatonic magic, technology and humanistic learning are here mirrored in the contributors' varied intellectual backgrounds and diverse approaches to Bacon's thought.