part I. The unconscious: Into the darkness ; Spirits everywhere ; The unconscious in the laboratory ; The magical instinct ; The shadow -- part II. Magic: Fairy tales ; Alchemy ; Mystical numbers ; The tarot -- part III. Transcendence: Becoming transcendent ; The circulatio and the conjunctio.

Very Short Introductions: Brilliant, Sharp, Inspiring Ancient Greece is often considered to be the birthplace of science and medicine, and the explanation of natural phenomena without recourse to supernatural causes. These early natural philosophers - lovers of wisdom concerning nature - sought to explain the order and composition of the world, and how we come to know it. They were particularly interested in what exists and how it is ordered: ontology and cosmology. They were also concerned with how we come (...) to know (epistemology) and how best to live (ethics). At the same time, the scientific thinkers of early Greece and Rome were also influenced by ideas from other parts of the world, and incorporated aspects of Egyptian, Babylonian, and Indian science and mathematics in their studies. In this Very Short Introduction Liba Taub gives an overview of the major developments in early science between the 8th century BC and 6th century AD. Focussing on Greece and Rome, Taub challenges a number of modern misconceptions about science in the classical world, which has often been viewed with a modern lens and by modern scientists, such as the misconception that little empirical work was conducted, or that the Romans did not 'do' science, unlike the Greeks. Beginning with the scientific notions of Thales, Pythagoras, Parmenides and other Presocratics, she moves on to Plato and Aristotle, before considering Hellenistic science, the influence of the Stoics and Epicurean ideas, and the works of Pliny the Elder, Eratosthenes, and Ptolemy. In her sweeping discussion, Taub explores the richness and creativity of ideas concerning the natural world and its function in the ancient world, and the influence these ideas have had on later centuries. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable. (shrink)

Geoffrey Lloyd engages in a wide-ranging exploration of what we can learn from the study of ancient civilizations that is relevant to fundamental problems, both intellectual and moral, that we still face today. These include, in philosophy of science, the question of the incommensurability of paradigms, the debate between realism and relativism or constructivism, and between correspondence and coherence conceptions of truth. How far is it possible to arrive at an understanding of alien systems of belief? Is it possible to (...) talk meaningfully of 'science' and of its various constituent disciplines, 'astronomy' 'geography' 'anatomy' and so on, in the ancient world? Are logic and its laws universal? Is there one ontology - a single world - to which all attempts at understanding must be considered to be directed? When we encounter apparently very different views of reality, how far can that be put down to a difference in conceptions of what needs explaining, or of what counts as an explanation, or to different preferred modes of reasoning or styles of inquiry? Do the notions of truth and belief represent reliable cross-cultural universals? In another area, what can ancient history teach us about today's social and political problems? Are the discourses of human nature and of human rights universally applicable? What political institutions do we need to help secure equity and justice within nation states and between them? Lloyd sets out to answer all these questions, and to argue that the study of the science and culture of ancient Greece and China provided a precious resource in order to advance a wealth of modern debates. (shrink)

In this introduction, I motivate the project of examining certain resonances between ancient skeptical positions, especially Pyrrhonism, and positions in contemporary epistemology, with special attention to recent work in the epistemology of science. One such resonance concerns the idea of suspension of judgment or belief in certain contexts or domains of inquiry, and the reasons for (or processes eventuating in) suspension. Another concerns the question of whether suspension of belief in such circumstances is voluntary, in any of the senses discussed (...) in current work on voluntarism in epistemology, which informs recent discussions of how voluntarism regarding epistemic stances may shed light on positions like scientific realism and antirealism. The aim of this special issue is thus to explore certain analogies and disanalogies between ancient and contemporary debates about skepticism, and to consider whether and to what extent the former can provide insight into the latter. (shrink)

Taking a set of central issues from ancient Greek medicine and biology, this book studies firstly, the interaction between scientific theorising and folklore or popular assumptions; secondly, the ideological character of scientific inquiry. Topics of interest in the philosphy and sociology of science illuminated here include the relationship between primitive thought and early science, the roles of the consensus on the scientific community, tradition and the authority of the written text, in the development of science.

Through a close reading of Sophocles’ Ajax, Descartes’ Discourse on Method, and Plato's Meno, Davis argues that ancient tragedy and modern science are alternative responses to the human longing for autonomy or striving to be a god.

Did science and philosophy develop differently in ancient Greece and ancient China? If so, can we say why? This book consists of a series of detailed studies of cosmology, natural philosophy, mathematics and medicine that suggest the answer to the first question is yes. To answer the second, the author relates the science produced in each ancient civilization first to the values of the society in question and then to the institutions within which the scientists and philosophers worked.

In Ancient Science and Dreams, M. Andrew Holowchak analyzes the ancient notion of science of dreams throughout Greco-Roman antiquity, from the Classical Greece in the fifth century B.C. to the Roman Republic in the fourth century A.D. Holowchak investigates psycho-physiological accounts, interpretation of prophetic dreams, and the use of dreams in secular and non-secular medicine.

Recent advances in a variety of scientific disciplines have revealed the limitations of the Newtonian-Cartesian model of the universe. One of the interesting aspects of this development is the increasing convergence of science and the "perennial philosophy." The new research has led to a critical revaluation of ancient spiritual systems long ignored or rejected because of their assumed incompatibility with science. Here are Swami Muktananda on the mind. Swami Prajnananda on Karma. Swami Kripananda on the Kundalini. Ajit Mookerjee on the (...) Kundalini. Joseph Chilton Pearce on spiritual development. Mother Teresa on love and service. Jack Kornfield on Buddhism for Americans. Fritjof Capra on the new paradigms. Rupert Sheldrake on morphic resonance. Karl Pribram on the holographic model. Claudio Naranjo on meditation, and more. The papers in this book were presented at the seventh Conference of the International Transpersonal Association held in Bombay. The ITA is a non-profit organization that brings together individuals of different nationalities, professions, and philosophical or spiritual preferences who share in the view that there is a fundamental unity underlying all of humanity and the material world. The cover photo is from the William Rockhill Nelson Gallery of Art in the Atkins Museum of Fine Arts, Kansas City, Missouri. (shrink)

Although the ancient Greeks did not have an anthropology as we know it, they did have an acute interest in human nature, especially questions of difference. What makes men different from women, slaves different from free men, barbarians different from Greeks? Are these differences visible in the body? How can they be classified and explained? Maria Michela Sassi reconstructs Greek attempts to answer such questions from Homer's day to late antiquity, ranging across physiognomy, ethnography, geography, medicine, and astrology. Sassi demonstrates (...) that in the Greek science of man, empirical observations were inextricably bound up with a prejudiced view of the free Greek male as superior to all others. Thus, because women were assumed to have pale skin from staying indoors too much, Greek biology and medicine sought to explain this feature as an indication of the "cold" nature of women, as opposed to the "hot" constitution of men. For this English translation, Sassi has rewritten the introduction and updated the text and references throughout, and Sir Geoffrey Lloyd has provided a new foreword. (shrink)

Description: The present monograph is based on Professor Anantharaman's studies and researches for over two decades in the field of classical Yoga. It is the outcome of a sincere attempt by a scientist-technologist to understand and interpret ancient Yoga in today's idiom as well as in the light of recent findings of modern science in the realms of material transformations and human consciousness.

This book examines the origins of ancient Greek science using the vehicles of blood, blood vessels, and the heart. Careful attention to biomedical writers in the ancient world, as well as to the philosophical and literary work of writers prior to the Hippocratic authors, produce an interesting story of how science progressed and the critical context in which important methodological questions were addressed. The end result is an account that arises from debates that are engaged in and "solved" by different (...) writers. These stopping points form the foundation for Harvey and for modern philosophy of biology. Author Michael Boylan sets out the history of science as well as a critical evaluation based upon principles in the contemporary canon of the philosophy of science--particularly those dealing with the philosophy of biology. (shrink)

Geoffrey Lloyd engages in a wide-ranging exploration of what we can learn from the study of ancient civilisations that is relevant to fundamental problems, both intellectual and moral, that we still face today. How far is it possible to arrive at an understanding of alien systems of belief? Is it possible to talk meaningfully of 'science' and of its various constituent disciplines, 'astronomy', 'geography', 'anatomy', and so on, in the ancient world? Are logic and its laws universal? Is there one (...) ontology - a single world - to which all attempts at understanding must be considered to be directed? When we encounter apparently very different views of reality, how far can that be put down to a difference in conceptions of what needs explaining, or of what counts as an explanation, or to different preferred modes of reasoning or styles of inquiry? Do the notions of truth and belief represent reliable cross-cultural universals? In another area, what can ancient history teach us about today's social and political problems? Are the discourses of human nature and of human rights universally applicable? What political institutions do we need to help secure equity and justice within nation states and between them? Lloyd sets out to answer all these questions, and to convince us that the science and culture of ancient Greece and China provide precious resources to advance modern debates. (shrink)

A recently published collection of articles focuses upon a relatively small group of texts dealing mainly with astronomical calculations and omens as well as physiognomic omens, attempting to use these as a basis for reconstructing ancient Jewish science in the Persian and Hellenistic periods. The present review raises questions regarding the aims and methods employed, offering an alternative suggestion for the transfer of technical knowledge from Babylonia to ancient Palestine.

Claude Perrault, a founding member of the Académie des sciences and architect of the Louvre, is a figure emblematic of architecture’s transformation by the so-called scientific revolution, representing a radical break with tradition. This article will address Perrault’s scientific challenge to architecture as one that harks back to both ancient and modern sources. It explores some ways in which Perrault integrated the analogy between medicine and architecture into his approach to this art and assimilated medical concepts, particularly observation, into an (...) empirical medical approach. This notion of observation was at the heart of the practical aspect of ancient philosophy as a care of the soul which articulated the ancient comparison of the charismatic orator to a doctor. Thus, Perrault’s remarks on Vitruvius’s authority can be broadened beyond architecture to the quest for a guide to living, transcending disciplinary boundaries between natural science and art. Further, Perrault’s claims for naturalness in observation share a double perspective: observation as a new form of learned experience reflects the ethos of the scientist, while, as a traditional activity of peasants, it reflects a raw empirical knowledge about rules of life condensed into habit and custom, enabling common people to be the physicians of themselves. (shrink)

Technology is rapidly changing our understanding of ancient science. New methods of visualization are bringing to light important texts we could not previously read; changes in online publishing are allowing unprecedented access to difficult-to-find materials; and online mapping tools are offering new pictures of lost spaces, connectivities, and physical objects.

Preserved human remains from ancient Egypt provide an unparalleled opportunity for studies in the history of disease and medical practices. Egyptian medical papyri describe physiological concepts, disease diagnoses and prescribed treatments which include both ‘irrational’, and ‘rational’ procedures. Many previous studies of Egyptian medicine have concluded that ‘irrational’ methods predominated, but this perception is increasingly challenged by results from scientific studies of ancient human remains, and plant materials. This paper demonstrates the significant contribution being made by multidisciplinary studies to our (...) understanding of disease occurrence and medical treatments in ancient Egypt, and considers the feasibility of developing epidemiological comparisons of ancient and modern data sets that will provide acceptable historical contexts for contemporary disease studies. (shrink)

Religion is presented as a family of religions, identified by a cluster of religion-making features, most but not all of which must be present, involving beliefs and practices which are diverse and often in conflict. Because of differences in scope, application of scientific method, and vocabulary, science can also be regarded as a family—this time a family of sciences. The universality of the physical sciences contrasts with the more restricted scope of the earth sciences and the human sciences. Their relationship (...) can be shown by a three-tiered pyramid, with the physical sciences at the base, the human sciences at the top, and the earth sciences in the middle. Despite three notable differences between science and religion, science and religion are not, as popularly believed, in conflict. The contrary view, espoused by the “new atheists,” is shown to be based on oversimplified views of religion and science. There are nontheistic religions and science is committed, not to metaphysical naturalism (“scientism”), but only to methodological naturalism. Stephen Jay Gould escapes the conflict view by proposing that science and religion are independent “magisteria”, science being occupied with facts and religion with values. In divorcing the realm of facts from the realm of values, he too distorts their complex nature, for science is not devoid of values and religion makes claims about the facts. As Hume long ago suggested, facts and values are interconnected. While a fact is not the same as a value, a fact cannot support a value without presupposing another value in turn. Interaction between facts and values is here to stay. (shrink)

Exploring the power of spontaneity, an ancient Chinese virtue, this book, based on new research in psychology and neuroscience, reveals why it is essential to individual and societal well-being.

For this English translation, Sassi has rewritten the introduction and updated the text and references throughout, and Sir Geoffrey Lloyd has provided a new foreword.

Examines the ancient cosmic science of the female megalithic astronomers.

In both ancient tradition and modern research Pythagoreanism has been understood as a religious sect or as a philosophical and scientific community. Numerous attempts have been made to reconcile these pictures as well as to analyze them separately. The most recent scholarship compartmentalizes different facets of Pythagorean knowledge, but this offers no context for exploring their origins, development, and interdependence. This collection aims to reverse this trend, addressing connections between the different fields of Pythagorean knowledge, such as eschatology, metempsychosis, metaphysics, (...) epistemology, arithmology and numerology, music, dietetics and medicine as well as politics. In particular, the contributions discuss how the Pythagorean way of life related to more doctrinal aspects of knowledge, such as Pythagorean religion and science. The volume explores the effects of this interdependence between different kinds of knowledge both within the Pythagorean corpus and in its later reception. Chapters cover historical periods from the Archaic Period (6th century BC) to Neoplatonism, Early Christianity, the European and Arabic Middle Ages, and the Renaissance through to the Early Modern Period (17th century AD). (shrink)

This book, originally published in 1965, discusses the political implication of the spread of science in antiquity. It reveals how the real Greek spirit of scientific research was crushed by Plato and Aristotle, long thought-of as searchers for truth. Historian such as Polybius and Livey and the poets Pinder and Virgil are seen in a new light when set against this background of social struggle.

This book, originally published in 1965, discusses the political implication of the spread of science in antiquity. It reveals how the real Greek spirit of scientific research was crushed by Plato and Aristotle, long thought-of as searchers for truth. Historian such as Polybius and Livey and the poets Pinder and Virgil are seen in a new light when set against this background of social struggle.

RésuméLe célèbre savant Abū ʿAlī b. Sīnā montrait une maîtrise exceptionnelle de tous les sujets qu'il traitait. Il est surtout connu pour ses nombreux travaux en logique, en philosophie et en médecine. Son influence est telle que même en Europe ses travaux ont été étudiés jusqu’à l’époque moderne. Il comprenait parfaitement la structure interne de la tradition gréco-arabe ; il l'a transmise et a aidé son développement et sa transformation. En témoignent ses nombreux travaux, mais aussi plusieurs exposés explicites quant (...) aux sciences et à leurs divisions. Cet article contient l’édition d'un tel exposé, dont deux copies seulement ont été identifiées à ce jour. On expliquera que le texte en question a probablement été écrit a Boukhara quand Avicenne était encore jeune. De plus, on montrera que le texte peut très bien dériver de son célèbre Al-ḥāṣil wal-maḥṣūl, une encyclopédie philosophique en vingt volumes, perdue depuis longtemps. L'absence de l'algèbre, et un fondement des sciences plus philosophique que religieux, sont des indices importants révélant le point de vue d'Avicenne sur les sciences rationnelles à une période précoce de son activité. (shrink)

ABSTRACT Greek historical accounts of ancient eclipses were an important, if peculiar, focus of scientific attention in the nineteenth century. Victorian-era astronomers tried to correct the classical histories using scientific methods, then used those histories as data with which to calibrate their lunar theories, then rejected the histories as having any relevance at all. The specific dating of these eclipses—apparently a simple exercise in celestial mechanics—became bound up with tensions between scientific and humanistic approaches to the past as well as (...) with wider social debates over the power and authority of science in general. The major figures discussed here, including G. B. Airy, Simon Newcomb, and T. H. Huxley, argued that the critical question was whether science could speak authoritatively about the past. To them, the ability of science to talk about the past indicated its power to talk about the future; it was also the fulcrum of fierce boundary disputes among science, history, and religion. (shrink)