This collection by some of the leading scholars of Strauss's work is the first devoted to Strauss's thought regarding education. It seeks to address his conception of education as it applies to a range of his most important concepts, such as his views on the importance of revelation, his critique of modern democracy and the importance of modern classical education.

Most donated organs in the United States come from brain dead donors, while a small percentage come from patients who die in “controlled,” or expected, circumstances, typically after the family or surrogate makes a decision to withdraw life support. The number of organs available for transplant could be substantially if donations were permitted in “uncontrolled” circumstances–that is, from people who die unexpectedly, often outside the hospital. According to projections from the Institute of Medicine, establishing programs permitting “uncontrolled donation after circulatory (...) determination of death,” or uDCDD, throughout the United States has the potential to provide 22,000 more donation opportunities annually. In contrast, U.S. controlled donation after circulatory determination of death, or cDCDD, cases have increased progressively over the past decade from 87 to 848 donors, but currently account for only 10.6 percent of all deceased donors. Following the IOM recommendations, several projects exploring the feasibility of uDCDD were funded by the federal government, including a grant from the Health Resources and Services Administration that supported a pilot project in New York City in which the authors of this article participated.A key feature of our protocol, and indeed of many uDCDD protocols, is the initiation of preservation methods such as chest compressions and extracorporeal membrane oxygenation shortly after death in order to perfuse and preserve the donor's organs. Critics of uDCDD argue that the means of determining death deviates from generally ascribed principles. They assert that reinstituting circulation in order to preserve organs has the effect of “undoing” the prior determination of death. The result is that cDCDD is widely accepted and practiced routinely even though it only marginally increases the number of organs available for transplantation, and uDCDD is widely considered unacceptable despite being ethically embraced and proven to significantly increase organ donation opportunities in other countries. This article explores the evolution of this counterintuitive state of affairs and calls for a policy that, in line with the IOM report, allows for both cDCDD and uDCDD protocols. (shrink)

The First Conference of the International Society for the Study of Time was held at the Mathematisches Forschungsinstitut at Oberwolfach in the Black Forest, Federal Republic of Germany from Sunday, 31 August to Saturday, 6 September, 1969. The origin of this conference and the formation of the Society goes back to a proposal due to J. T. Fraser that was discussed at a conference on "Interdisciplinary Perspectives of Time" held by the New York Academy of Sciences in January, 1966. (...) It was unanimously agreed than that an international society should be formed on an interdisciplinary basis with the object of stimulating interest in all problems concerning 'time and that this object could best be attained by means of conferences held at regular intervals. J. T. Fraser was elected Secretary, S. Watanabe Treasurer, and I was elected President. It was agreed, at my suggestion, that the organization of the first conference of the newly formed Society be left to a committee of these three officers, on the understanding that they would invite authorities on the role of time in the various special sciences and humanities to form an Advisory Board to assist them. One of the main difficulties in seeking support for an interdisciplinary conference is that most foundations confine their interest exclusively either to the sciences or to the humanities. (shrink)

Rising energy costs, increasing herd sizes, and other structural changes affecting the New York dairy industry may make farmers receptive to new energy production technologies. Anaerobic digestion represents a possible benefit to farmers by reducing odor while producing methane for electricity. However, current digester designs are for herd sizes of 300 or more cows, with significant economies of scale, so smaller operators may have little interest in the technology. Moreover, without a favorable policy environment and reliable grant programs, the (...) initial investments required for digester installation might deter operators. One solution to these issues may be community digesters, which are centrally located facilities that accept manure from multiple farms. Data from a survey of New York dairy farmers were used to assess farmers’ interest in community digesters. In general, interest was associated with power generation outcomes and reservations about organic farming practices; advocates might encourage their use among smaller conventional farm operators looking for new sources of profit and diversification. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:J. G. Fichte's Foundations of the Entire Wissenschaftslehre and Related Writings, 1794–95 by J. G. FichteIsabelle Thomas-FogielJ. G. Fichte. J. G. Fichte's Foundations of the Entire Wissenschaftslehre and Related Writings, 1794–95. Edited and translated by Daniel Breazeale. Oxford: Oxford University Press, 2021. Pp. 608. Hardback, $145.00.This edition of texts written or taught by Fichte between February 1794 and the winter of 1794–95 is a major editorial event and (...) is destined to become the indispensable working tool for all English-speaking students and researchers interested in Fichte. Daniel Breazeale, one of the greatest Fichte specialists, offers here four essential texts. First, the heart of this edition and of Fichte's philosophy, is Foundation of the Entire Wissenschaftslehre (literally "Doctrine of Science") of 1794–95. This central text has already been translated into English by Peter Heath and John Lachs under the title Science of Knowledge (New York: Appleton Century Crofts, 1970), but as Breazeale explains in his preface, he corrected the errors in translation and above all wished to propose a version that was "as broadly accessible as possible" (xi). This is a great challenge, given that this version of the Wissenschaftslehre (henceforth WL) is considered one of the most abstract and difficult texts in philosophy. Let us recall that the term 'WL' qualifies Fichte's entire undertaking and not just one of his works; Fichte thus professed more than fifteen versions of the WL.With this fundamental text, we are also offered a revised translation of two essays (which Breazeale had already edited in 1988): Concerning the Concept of the WL, or of So-Called 'Philosophy' (April–May 1794) and Outline of What is Distinctive of the WL with Regard to the Theoretical Power (winter 1794–95). Finally, Breazeale translates for the first time into English The Zurich WL, the lectures Fichte gave before a small committee from February 24 to April 26 of 1794. With this book, English-speaking readers thus have at their disposal, [End Page 334] in a single volume, some of the most fundamental writings of Fichte's first philosophy. The precision and clarity of this translation will, if not "force the reader to understand," to use a well-known title of Fichte, at least help the reader to appreciate one of the culminating points of idealism.But there is much more to this edition than a precise, fluent, and illuminating translation. It includes, first, an introduction of about one hundred pages that details Fichte's bibliographical, historical, and philosophical journey; then, endnotes that clarify certain moments of the text by placing them in their context, identifying the opponents targeted by Fichte, and restoring the debates of the time; lastly, a German-English and English-German glossary and an index. It is a considerable work, the fruit of a lifetime of research, which will introduce many beginners to Fichte's philosophy and at the same time renew many specialist debates. And it is undoubtedly a strength of this edition that it can be read at several levels, by the beginner as well as by the most experienced researcher.As this review cannot deal with all the rich analyses in Breazeale's introduction, I will give just a few examples. Breazeale first endeavors to reconstruct the genesis of Fichte's questioning. Indeed, the work of the historian of philosophy—as R. G. Collingwood conceived of it—consists first of all in restoring as closely as possible the question to which the text is intended to provide an answer. So, what question or problem was the source of his philosophy that he felt the need to rename WL? Fichte's initial problem was that of the foundation of transcendental idealism. The criticisms of skeptics like Gottlob E. Schulze (also known as "Aenesidemus") or Salomon Maimon had revealed the inadequacy of the foundations laid down by both Kant and Reinhold. As Fichte says and Breazeale reminds us, "The system has to be rebuilt" (4). This rebuilding is the common object of these four translated texts. In this respect, the Zurich lectures (of which only a small part remains) are the witness of this foundation work. Reading these... (shrink)

During the first years of the post-war era, many French scientists travelled in the United States. As they looked for a reference to be used in rebuilding their own scientific landscape, their diaries say as much about the rise of the American biomedical complex as they do about their perception of research in the country. In order to illustrate how the French biologists adopted, competed with, or challenged the American model and how transatlantic exchanges played a critical role in the (...) molecularization of the life sciences, this paper presents three trajectories of laboratories. These include the services respectively led by P. Lepine and J. Monod at the Pasteur Institute, and G. Schapira's biochemical research unit at the Hopital des Enfants Malades. The three studies document the massive transatlantic circulation of materials, techniques, instruments, and people during the scientific reconstruction. The reconstruction however produced highly differentiated characters each operating in his own niche: the biotechnological inventor, the neo-clinician, and the fundamental biologist. The comparison situates the rise of molecular biology within the context of a rapidly expanding biomedical research system. It will help in understanding how, in contrast to the American situation, a logic of ''demedicalization'' became in France a means for developing biology at the molecular level. (shrink)