Excerpt from Science and Ethics: Being a Series of Six Lectures Delivered Under the Auspices of the Natural Law Research League And abroad (germany, France, America, but although within the circumscribed limits of these lectures I have not. About the Publisher Forgotten Books publishes hundreds of thousands of rare and classic books. Find more at www.forgottenbooks.com This 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)

I shall argue that the central doctrines of Locke's politics have a theological basis, a doctrine of Creation similar to the Thomist one. Locke does not elaborate this doctrine; he presupposes it. It is not a hidden, esoteric element in his thought; it is there on the surface, but in a scattered and fragmentary form.I shall proceed in this fashion: First, I shall set out this doctrine of Creation and show its connexion with Locke's moral theory by way of an (...) examination of his doctrines of property and power. I shall then show that Locke extends this doctrine of Creation to human productive activity with crippling results for his political theory. (shrink)

A broad evolutionary perspective is essential to fully reverse figure and ground in the rationality debate. Humans' evolved psychological architecture was designed to produce inferences that were adaptive, not normatively logical. This perspective points to several predictable sources of errors in modern laboratory reasoning tasks, including inherent, systematic biases in information-processing systems explained by Error Management Theory.

Everyone, according to W.A. Mathieu, is musical by nature--it goes right along with being human. And if you don't believe it, this book will convince you. In a series of interrelated short essays, Mathieu takes the reader on a journey through ordinary experiences to open our ears to the rich variety of music that surrounds us but that we are trained to ignore; such as the variety of pitches produced by different objects, like glassware, furniture, drums--anything you can tap; or (...) sounds that hover on the border of music, like laughter, the clinking of glasses in a toast, or the unintentional falsetto produced by yawning. Along the way the author teaches aspects of music theory that nonmusicians might ordinarily shy away from. He reveals the way of music to be a profoundly spiritual path--one that is everyone's birthright. (shrink)

Previous studies of technical innovation in organizations have tended to neglect how power and political processes shape the development of new technologies. Our study of new product development at a successful computer graphics company suggests that corporate ideology and politics often determine the success or failure of new product ideas. Four stages of product development are identified along with the political activities and influence tactics used at each stage.

This book has been considered by academicians and scholars of great significance and value to literature. This forms a part of the knowledge base for future generations. We have represented this book in the same form as it was first published. Hence any marks seen are left intentionally to preserve its true nature.

In 1768 H. B. de Saussure studied chemistry with Baumé in Paris, and subsequently, using precise quantitative methods, he analysed minerals collected during his alpine journeys. He began to use the blowpipe in 1784, and later adapted it so that with a microscope and micrometer he could examine the effects of high temperatures on minute specimens of minerals. Analyses of air carried out with a portable eudiometer convinced him that air from alpine valleys contained more oxygen, and was therefore healthier, (...) than air from either mountain tops or plains. In 1788 he accepted the antiphlogistic theory after reading the annotated French translation of Kirwan's Essay on Phlogiston; he announced his conversion in a letter to the translator, Madame Lavoisier, whose reply is discussed and published here for the first time. (shrink)

The revival of interest in Carnap’s philosophy over the past two decades has shed much light on particular aspects of his intellectual development and its context. We now have a better appreciation of the background and motivation of the Aufbau. 1 The radical nature of the Syntax program has fmally, more than half a century after its first publication, begun to be acknowledged.2 And the later Carnap has also been re-assessed; the previously widespread impression that Quine was “right” and Carnap (...) “wrong” in the analytic-synthetic debate has yielded to a more balanced view3, and the broad outlines of Camap’s late philosophy have begun to emerge. (shrink)

Outside France the epistemology of G. Bachelard is unknown ; in France his influence is considerable, especially on philosophers like L. Althusser, M. Foucault, G. Canguilhem, J. Hyppolite, M. Serres, G. G. Granger, D. Lecourt and many others. Bachelard occupies a strategic point on the crossroads of all theoretical debates concerning science. The fact that he seems to give satisfactory answers on the problems which have risen after the breakdown of the logical-positivistic philosophy of science, justifies an exposition and evaluation (...) of his original contribution to philosophy. The author distinguishes the following items. 1. The determination of Bachelards philosophy as a scientific philosophy which is wedded to a history of the sciences, especially the natural sciences. 2. The 'systematicity' as the criterium of science against other, traditional, criteria like empiricalness, logical deducibility, correspondence with reality and so on. 3. The rectification-principle : the formation of a scientific system cannot be conceived otherwise than as the restructuring or reorganisation of the ruling system or system-sets. 4. The transformation of scientific knowledge shows many discontinuities in all its phases and branches. Bachelard calls them ruptures. 5. The translation of a theory into another, more coherent and comprehensive one, is baptised as a 'dialectisation' of the concept. By a dialectisation a system is both generalised and specified. Formal logic, which is based on identity and the principle of the excluded middle, is not able to interprete this dynamic aspect of scientific thinking. 6. Central in Bachelards philosophy is also the concept of recurrence. Each new organisation of the scientific system (global or partial) sheds new light on their history and their logical foundations. History has to be rewritten after each progress. Recurrence, however, also has systematic implications. Science always desimplifies its own evidences. 7. The scientist has to demolish the obstacles which he made himself by surcharging the content of the concepts not in use and by not assimilating them in the system. 8. Bachelards philosophy of science is both idealistic and realistic ; the phenomenology becomes phenomenotechnique under the hands and in the brains of the scientist. 9. He always denies (negativity) the earlier theories and objects by incorporating them in new relationships. 10. This constructive aspect of theory formation is the same in natural science and mathematics. Bachelard opposes the logical-positivistic idea that these are methodically dissimilar. In a critical commentary the author discusses the question of 'dialectical logic' in the sciences, in relation to some recent research in this field by I. Lakatos en Errol E. Harris. In his opinion the epistemology of Bachelard affords a creative renewal of the understanding of science, although further research is needed in many aspects. (shrink)