This paper finds its origin in a debate between Georges Bataille (1897-1962) and Octavio Paz (1914-1998) on what is central to the idea of eroticism. Bataille posits that violence and transgression are fundamental to eroticism, and without prohibition, eroticism would cease to exist. Paz, however, views violence and transgression as merely intersecting with, rather than being intrinsic to, eroticism. Paz places focus on imagination, and transforms eroticism from a transgressive, to a ritualistic act. Eroticism thus functions as an intermediary, turning (...) animal sexuality into ceremony and rite. In this paper, I argue that Paz and Bataille are not fundamentally at odds in their conceptualisation of eroticism. Instead, Paz redefines the locus of eroticism by subverting its unsettling aspects. His conception of eroticism gives precedence to the imagination, which in itself is an act of violation. Imagination transgresses normal life, but this transgression – the violation of the habitual world – also introduces a glimpse of the numinous that Paz associates with belongingness. The paper further explores eroticism, as this is perceived today, and argues that it ultimately eliminates the threshold marked by transgression. The rise of the contemporary pornographic society is marked by a loss of imagination and transcendence, which ultimately reduces the subject into a mere automaton that demands instant gratification. (shrink)

Nehemiah Grew (1641–1712) devoted more than 10 years of his life to developing a science of plants and vegetation, a project in which observation (often at the microscopic level) and experimentation played a prominent role. Grew started by composing a natural history of plants that was concerned with their anatomical structure and functioning, but, as I suggest, he also aimed to use observations and experiments to develop an experimental science that investigated the causes and principles of vegetation. Apart (...) from studying the structure of plants, Grew also treated them as instruments in which different chemical operations took place (such as filtration, digestion, fermentation, and the separation of particles of matter). At a methodological level, the science of plants and vegetation is a project based on experimental comparisons, variations, and extensions that, in some cases, led Grew to revise his explicative hypothesis. (shrink)

The most outstanding feature of this book is that here, for the first time, is made available in a single volume all the important historical essays Edgar Zilsel (1891-1944) published during WWII on the emergence of modern science. This edition also contains one previously unpublished essay and an extended version of an essay published earlier. In these essays, Zilsel developed the now famous thesis, named after him, that science came into being when, in the late Middle Ages, (...) the social barriers between the intellectuals and the artisans were eroded, due to the fact that the rapidly expanding commercial classes of that period had a keen interest in improvements in technology. This class was city-based and stimulated a social environment in which men of learning came to regard the craftsmen and technicians with a new respect, in which they no longer felt any contempt for manual work and in which theory and practice were eventually combined to produce modern science. This critical edition also carries a long introduction in which much new material about Zilsel's life and work is presented. It suggests that a radical new look at Zilsel's project needs to be taken. Zilsel's essays on the history of science look like a standard case study to substantiate a particular position on the origins of modern science, but they were also an attempt to show that lawlike explanation in history and social theory is possible. It is claimed that Zilsel's historical essays were a part of another project he was working on which focused on the idea that social phenomena were open to causal explanation as much as physical phenomena. Hence the volume also contains the essays Zilsel wrote in relation to this other project. Previously there have been published a German and an Italian edition of the Zilsel essays. This edition is the first in English; compared to the other two editions this one is the first that includes unpublished material and the first to undertake a serious effort to research Zilsel's life and work. What is special about this volume is the well-articulated social perspective it takes on the origins of modern science. Audience: Students in early modern social history/history of science as well as professional philosophers, historians, and sociologists of science. (shrink)

History is familiar with great scientific traditions which have been substantial, effective, cumulative and progressive.* At the level of great eras of civilization, extensive and not episodic phenomena, very ancient Chinese science, Greek science and Arab science are objects of investigation for historical erudition, but also for the scientific historian and the philosopher of sciences. Many of the elements of these systems were the source of “modern science”, as it is called, or are integral parts (...) ol’ this system of knowledge and practice which has been constructed over a little more than three centuries. Diachronically, the “scientific revolution” of the classical age in Europe does not signify a total break with what preceded it: Chinese astronomy, Arab algebra and the hospital organization of the Islamic world were used, even if the ideology of scientists when they wrote their own history, particularly from the 19th century onward, tends to make of modern science a purely European phenomenon. (shrink)

In this book, T. L. Short places the notorious difficulties of Peirce's important writings in a more productive light, arguing that he wrote philosophy as a scientist, by framing conjectures intended to be refined or superseded in the inquiries they initiate. He argues also that Peirce held that the methods and metaphysics of modern science are amended as inquiry progresses, making metaphysics a branch of empirical knowledge. Additionally, Short shows that Peirce's scientific work expanded empiricism on empirical grounds, (...) grounding his phenomenology and subverting the fact/value dichotomy, and that he understood statistical explanations in nineteenth-century science as reintroducing the idea of final causation, now made empirical. Those innovations underlie Peirce's late ideas of a normative science and of philosophy as a branch of science. Short's rich and original study shows us how to read Peirce's writings and why they are worth reading. (shrink)

Thinking about Western sciences has always also meant making assumptions about modernity and about democratic social relations. Yet in recent decades the standard meanings and referents of all three of these terms—”Western sciences,” “modernity,” and “democratic social relations”—have come under skeptical scrutiny. This essay will look at three critics of modernity who also examine the political practices and consequences of Western sciences. All three also think postmodernisms to be valuable but merely symptomologies without useful prescriptions for change, and they all (...) propose specific strategies for transforming modern sciences into ones that are empirically more effective and politically more accountable. These are Bruno Latour, Ulrich Beck, and Ashis Nandy. Yet these otherwise valuable accounts each have serious shortcomings which create obstacles to the intellectual and political success of their projects. Here I focus on one such limitation: their blindness to the gendering of science and of modernity. (shrink)

Modern science is so much specialised that it seems utopic to try to follow it all at once. This new book is aimed at crossing the gap between specialists and a common understanding of 'modern science'. It would seem desirable that all educated people would know something from the humanities, literature, art but also the newest developments of natural sciences. One aim of this book is to point out the main messages of certain scientific fields, and (...) what is really new and beyond the average educational level, in order to broaden our horizons. Therefore, at the end of the chapters each scientific field possible future contributions and and ethical concerns, if any, are elaborated. (shrink)

*This paper was presented at a conference on scientific concepts of time in humanistic and social perspectives organised by J.T. Fraser and held at the Rockefeller Study Center, Bellagio, Italy, in July 1981. I wish to thank Y. Elkana, Director of the Van Leer Jerusalem Foundation and M. Ron, Curator of the history of science collections at the Jewish National Library at the Hebrew University in Jerusalem, for making facilities available to me in researching and preparing this paper.

Divine Action and Modern Science considers the relationship between the natural sciences and the concept of God acting in the world. Nicholas Saunders examines the Biblical motivations for asserting a continuing notion of divine action and identifies several different theological approaches to the problem. He considers their theoretical relationships with the laws of nature, indeterminism, and probabilistic causation. His book then embarks on a radical critique of current attempts to reconcile special divine action with quantum theory, chaos theory (...) and quantum chaos. As well as considering the implications of these problems for common interpretations of divine action, Saunders also surveys and codifies the many different theological, philosophical and scientific responses to divine action. The conclusion reached is that we are still far from a satisfactory account of how God might act in a manner that is consonant with modern science despite the copious recent scholarship in this area. (shrink)

PHILOSOPHY and MODERN SCIENCE By PROFESSOR HAROLD T. DAVIS Indiana University THE PRINCIPIA PRESS Bloomington 1931 Indiana Tho FoiKjiult pnmliiliirn experiment..

Jewish Faith and Modern Science address fundamental questions facing many contemporary Jews, including the relevance of traditional beliefs for Jews who are increasingly secular and liberal, and how recent advances in science affect conventional Jewish philosophy. Samuelson assesses the current state of Jewish thought and suggests how it should change to remain relevant in the future.

The development of modern science has depended strongly on specific features of the cultures involved; however, its results are widely and trans-culturally accepted and applied. The science and technology of electricity provides a particularly interesting example. It emerged as a specific product of post-Renaissance Europe, rooted in the Greek philosophical tradition that encourages explanations of nature in theoretical terms. It did not evolve in China presumably because such encouragement was missing. The trans-cultural acceptance of modern (...) class='Hi'>science and technology is postulated to be due, in part, to the common biological dispositions underlying human cognition, with generalizable capabilities of abstract, symbolic and strategic thought. These faculties of the human mind are main prerequisites for dynamic cultural development and differentiation. They appear to have evolved up to a stage of hunters and gatherers perhaps some 100 000 years ago. However, the extent of the correspondence between some constructions of the human mind and the order of nature, as revealed by science, is a late insight of the last centuries. Quantum physics and relativity are particularly impressive examples. (shrink)

This paper focuses on Seyyed Hossein Nasr’s views of modern science. By focusing on Nasr’s opinion of modern science this paper explores how and why he rejects mechanical and positivist views of modern scholars. This research examines why he accepts the theory of creation and appreciates the spiritual and religious worldviews of science. In so doing, this article contributes to the ongoing discourse on the issue of modern science and eternal wisdom. By (...) reviewing the relevant literary sources, some required data are collected and then used in the analysis hereafter. In this discussion Nasr talked about practicing science while keeping religious beliefs integrated. That is why, the existence of the creator of the world has been acknowledged. Whereas he excelled in the knowledge of science. As a result, the limitations of science arise in his mind. The philosophical problems he faced in his youth were not solved by modern science or western philosophy but were solved by the holy Qur’an. He accepts Tawheed or the oneness of God. Although he accepts modern science, he criticizes the resulting secularism. Nasr said that science should be practiced while maintaining religious values. His response to modern Science was to subordinate it to the systems and principles of the Islamic worldview. Moreover, to him, Modern Science was the largest framework of Knowledge (Ilm). This Modern science does not violate the core values of Islamic knowledge but inspires it with divine inspiration. In this case, the method came to be known as the Islamization of knowledge. Philosophy and Progress, Vol#73-74; No#1-2; Jan-Dec 2023 P 215-240. (shrink)

In a recent paper, Luc Faucher and others have argued for the existence of deep cultural differences between ‘Chinese’ and ‘East Asian’ ways of understanding the world and those of ‘ancient Greeks’ and ‘Americans’. Rejecting Alison Gopnik’s speculation that the development of modern science was driven by the increasing availability of leisure and information in the late Renaissance, they claim instead—following Richard Nisbett—that the birth of mathematical science was aided by ‘Greek’, or ‘Western’, cultural norms that encouraged (...) analytic, abstract and rational theorizing. They argue that ‘Chinese’ and ‘East Asian’ cultural norms favoured, by contrast, holistic, concrete and dialectical modes of thinking. After clarifying some of the things that can be meant by ‘culture’ and ‘mentality’, the present paper shows that Faucher and his colleagues make a number of appeals—to the authority of comparative studies and history of science, to the psychological studies of Nisbett and his colleagues, and to a hidden assumption of strong cultural continuity in the West. It is argued that every one of these appeals is misguided, and, further, that the psychological findings of Nisbett and others have little bearing on questions concerning the origins of modern science. Finally, it is suggested that the ‘Needham question’ about why the birth of modern science occurred in Europe rather than anywhere else is itself multiply confused to the extent that it may express no significant query.Author Keywords: Nisbett; Needham; Gopnik; Modern science; Chinese science. (shrink)

The universe as a whole.--Matter and energy.--Life and consciousness.--The fallacy of vitalism.--Materialism.--Idealism.

Excerpt from The Anatomy of Modern Science: An Introduction to the Scientific Philosophy of to-DayIt was clear to me from the start that this need could be met in a way that would satisfy men of science only if the presentation dealt in the first place with the scientific results and not the philosophic problems. This book therefore deals with Inductive Philosophy, so to speak: the philosophic questions grow naturally out of the results and problems of (...) class='Hi'>science. I confidently believe that this method is the one that will commend itself to English scientists.About the PublisherForgotten Books publishes hundreds of thousands of rare and classic books. Find more at www.forgottenbooks.comThis book is a reproduction of an important historical work. Forgotten Books uses state-of-the-art technology to digitally reconstruct the work, preserving the original format whilst repairing imperfections present in the aged copy. In rare cases, an imperfection in the original, such as a blemish or missing page, may be replicated in our edition. We do, however, repair the vast majority of imperfections successfully; any imperfections that remain are intentionally left to preserve the state of such historical works. (shrink)

This study is an attempt partially to describe the sociological foundations of modern science. When the question is put, under what social circumstances did the idea of science develop, one sees that there is here an inadequately explored sociological area. Perhaps a definition and a contrast will make this clearer. By the idea of science is meant simply the proposition that the valid source of human knowledge is to be found in the analysis of experience. But (...) knowledge in this sense was not a problem in the medieval period. In the first place, it was then taken for granted that the universe was intelligible to man on the basis of divinely revealed principles. Secondly, man constituted the center of the universe, which in its entirety was thought to be subordinate to man's destiny. Thirdly, not only was the universe which existed for man then known by him, but it was endowed with human qualities. The categories of interpretation were substance, essence, form, matter, quality, and purpose. The reason why rain fell upon the earth was to grow crops; the purpose of the moon and the stars was to light the earth at night, and to act as guideposts for him on his travels. Bodies tended to their proper places, light ones upward, heavy ones earthward. Quantitative differences were inferred from these qualitative ones. It is well-known, for example, how tenaciously was the knowledge held, that heavier objects fall more quickly than lighter ones. And finally, the universe was religious. If the world existed for the benefit of man, man existed for the glory of God. Human sojourn upon the earth was merely preparation for permanent residence in eternity. (shrink)

"The Invention of Modern Science proposes a fruitful way of going beyond the apparently irreconcilable positions, that science is either "objective" or "socially constructed." Instead, suggests Isabelle Stengers, one of the most important and influential philosophers of science in Europe, we might understand the tension between scientific objectivity and belief as a necessary part of science, central to the practices invented and reinvented by scientists."--pub. desc.

In the past centuries, most Muslims have encountered modern science as a Western import. To avoid being overwhelmed by the military and commercial advantages enjoyed by technologically advanced nations, Middle Eastern Muslim societies had to begin adopting modern knowledge. As westernization started to shape social structures and institutions as well as technologies, conservative Muslim responses to modern science typically became conditioned by the demands of cultural defense. Many Muslim thinkers argued that upholding the religious character (...) of Muslim civilization meant borrowing technology but rejecting the perceived materialism pervading the conceptual frameworks of modern science. This defensive approach remains prominent in present Muslim thinking about science. Almost all religiously oriented Muslim thinkers take harmony between science and Islam for granted, but in practice, conservative Muslims often express deep reservations about the naturalistic perspectives dominating modern science. Especially in the popular literature, religiously motivated distortions of science are common. Darwinian evolution is a particular target of rejection. (shrink)

Politics and Modernity provides a critical review of the key interface of contemporary political theory and social theory about the questions of modernity and postmodernity. Review essays offer a broad-ranging assessment of the issues at stake in current debates. Among the works reviewed are those of William Connolly, Anthony Giddens, J[um]urgen Habermas, Alasdair MacIntyre, Richard Rorty, Charles Taylor and Roy Bhaskar. As well as reviewing the contemporary literature, the contributors assess the historical roots of current problems in the works of (...) Nietzsche and Max Weber. (shrink)