One of the cornerstone books of Western philosophy, Critique of Pure Reason is Kant's seminal treatise, where he seeks to define the nature of reason itself and builds his own unique system of philosophical thought with an approach known as transcendental idealism. He argues that human knowledge is limited by the capacity for perception and attempts a logical designation of two varieties of knowledge: a posteriori, the knowledge acquired through experience; and a priori, knowledge not derived through experience. This accurate (...) translation by J. M. D. Meiklejohn offers a simple and direct rendering of Kant's work that is suitable for readers at all levels. (shrink)

This book concerns itself with an issue that is not sufficiently addressed in the literature: Heidegger’s philosophy of science. Although a great deal of attention is paid to Heidegger’s later critique of technology, no one has systematically studied how he understood “science.” Many readers will be surprised to learn, through this book, that Heidegger developed the essentials of a fairly sophisticated philosophy of science, one that in many ways invites comparison with that of Thomas Kuhn. Glazebrook demonstrates that Heidegger’s philosophy (...) of science is not neatly divided into “early” and “late” (or “Heidegger I” and “Heidegger II”) but is, rather, an ongoing development over at least three periods, bound together as an analysis of modern science and an uncovering of other possibilities for understanding nature. Glazebrook states in her introduction, “This reading of Heidegger is radical. It cuts to the root of his thinking, for I argue that what are taken to be Heidegger’s many and significant contributions to philosophy—that is, his overcoming of metaphysics, his rereading of the ancients, his critique of technology and representational thinking, his vision and revision of language, truth, and thinking—have at their core an inquiry into science that drove his thinking for sixty years. I am not arguing for a new reading of a few texts, or for adjustments and refinements of existing readings of Heideggger. Rather, I am bringing to light a new basis on which to interpret his work as a whole.”. (shrink)

FIRST DAY INTERLOCUTORS: SALVIATI, SA- GREDO AND SIMPLICIO ALV. The constant activity which you Venetians display in your famous arsenal suggests to the ...

Trish Glazebrook has written an interesting book, and philosophers who care for Heidegger’s writing will do well to read it. The book is fertile and suggestive; it spans a large number of Heidegger’s writings, famous and obscure, and it presents Heidegger’s thinking on science from the same important variety of perspectives that Heidegger himself deems necessary to all philosophizing: science as a thought-system in need of theoretical grounding; science as a practice that involves an existential commitment by the practitioner; science (...) as a cultural possibility within an institutional setting; science as a body of knowledge that has a history; science as a way of comportment in which the world is disclosed. She shows that these perspectives belong together, and thus produces an interesting narrative in which Heidegger’s famous later critique of technology grows more or less directly out of his disastrous attempt at managing university politics, which in turn results from his Kant-and Aristotle-inspired thought on contemporary physics. In the end, Glazebrook can justifiably “hope to have awakened in others an interest in Heidegger’s philosophy of science.” And perhaps to have added momentum to the burgeoning literature on just this topic. (shrink)

In this dissertation, I argue that Heidegger offers a philosophy of science by explicating that philosophy of science. The following chapter presents Heidegger's early analysis of modern science, from 1916 to the mid-1930s. During these years Heidegger maintains two theses: that the essence of science is the mathematical projection of nature; and that metaphysics is the science of being. As the latter thesis becomes more problematic, Heidegger turns from metaphysics as a science, to the sciences. ;The pivot for this turn (...) is the experiment. Chapter 3 is an analysis of three specific issues surrounding the experiment. I raise the question of whether a single experimental result is enough to overturn a theory, the problem of the theory-loadedness of observation, and the question of representation. ;These issues serve to explicate Heidegger's claim that the essence of science is research, and to show that Heidegger's philosophy of science shares issues with contemporary analytic philosophy of science. Further, I take Heidegger's claim that the essence of science is the ground from out of which the essence of the modern epoch can be shown, as proof that his consideration of science is not secondary in his thinking but rather is the basis from which his critique of the modern epoch is made. ;Chapter 4 is an account of Heidegger's view of the role of science in the university. Heidegger's vision is that the German university can serve to guide historical destiny. His complete disillusionment with that vision comes with his realization that, whereas he calls for a renewal of science for the sake of the sciences in their service of the people, the Nazi call for a renewal of the sciences is toward their own political ends. What little I have to say about Heidegger's involvement with the Nazis is found in this chapter. ;Chapter 5 considers Heidegger's view of ancient science. It lays out Aristotle's distinction between physis and techne under Heidegger's reading. In Chapter 6, I argue that the ancient distinction between physis and techne is not sustained in the modern epoch under Heidegger's account. ;I close with a brief account of Heidegger on quantum theory. (shrink)

For forty years, beginning with the publication of the first modern English translation of the Dialogue Concerning the Two Chief World Systems, Stillman Drake was the most original and productive scholar of Galileo's scientific work of our age. During that time, he published sixteen books on Galileo, including translations of almost all the major writings, and Galileo at Work, the most comprehensive study of Galileo's life and works ever written. His collection Discoveries and Opinions on Galileohas remained in print since (...) its appearance in 1957 and has become the most widely read of all books on Galileo. In addition to his books, Drake published about 130 papers, of which nearly 100 are on Galileo and the rest on related aspects of the history and philosophy of science. This three-volume collection includes eighty of those papers. Drake's papers are an essential supplement to his translations and other books because it was in his papers that he wrote his most detailed technical studies of Galileo's scientific work. There is hardly a subject in Galileo's science that is not considered. Perhaps the most important is the series on mechanics and motion, in which Drake analysed Galileo's manuscript notes recording the experiments by which he discovered and confirmed the law of the acceleration of falling bodies. There are also papers on the notes in which Galileo recorded his discovery of Jupiter's satellites and on other aspects of Galileo's astronomy, including his defence of the Copernican theory. Other papers consider Galileo's life and scientific work in general, exploring what Drake calls the 'scientific personality' of Galileo along with his scientific method and philosophy of science. In addition to the papers on Galileo, there are a number of papers on medieval and early modern science, principally on mechanics, and on the philosophers A.B. Johnson and J.B. Stallo, both of whom influenced Drake's own philosophy of science. (shrink)