The annual collections in the History of Technology series look at the history of technological discovery and change, exploring the relationship of technology to other aspects of life and showing how technological development is affected by the society in which it occurred.

The annual collections in the History of Technology series look at the history of technological discovery and change, exploring the relationship of technology to other aspects of life and showing how technological development is affected by the society in which it occurred.

The annual collections in the History of Technology series look at the history of technological discovery and change, exploring the relationship of technology to other aspects of life and showing how technological development is affected by the society in which it occurred.

The annual collections in the History of Technology series look at the history of technological discovery and change, exploring the relationship of technology to other aspects of life and showing how technological development is affected by the society in which it occurred.

The annual collections in the History of Technology series look at the history of technological discovery and change, exploring the relationship of technology to other aspects of life and showing how technological development is affected by the society in which it occurred.

The technical problems confronting different societies and periods, and the measures taken to solve them form the concern of this annual collection of essays. Volumes contain technical articles ranging widely in subject, time and region, as well as general papers on the history of technology. In addition to dealing with the history of technical discovery and change, History of Technology also explores the relations of technology to other aspects of life -- social, cultural and economic -- and shows how technological development has shaped, and been shaped by, the society in which it occurred.

The annual collections in the History of Technology series look at the history of technological discovery and change, exploring the relationship of technology to other aspects of life and showing how technological development is affected by the society in which it occurred.

The 'revolution in science' of this book concerns the natural sciences, that is, knowledge of the external world which we now presume to exist independently of man.

This fifth volume presents the surviving correspondence from the period of almost four years which is, from a bibliographical point of view, the most important time in Newton's life: with Roger Cotes, Newton revised his Philosophise Naturalis Principia Mathematics and saw it through the press. Considered as a single group of letters, the Newton-Cotes correspondence is the largest and most important section of Newton's scientific correspondence that we have. Nowhere else can one witness Newton in a detailed debate about scientific argument and scientific conclusions - a debate from which he did not always emerge victorious. Nowhere else does Newton write in detail about the text of the Principia. And all scholars agree that this text which was hammered out between Cotes and Newton was the most important of all versions, printed and unprinted; this was (to all intents and purposes) the Principia of subsequent history.

As Newton had by now entered his eighth decade, it can be no surprise that the correspondence in this sixth volume shows a marked decline in his activity and intellectual vigour. While the number of extant letters written by him on other that Mint business is relatively small, the majority of them are devoted to his controversy with Leibniz - Newton's dominant interest during this period. The correspondence of Newton shades gradually into the correspondence of the Newtonians. Thus notably Keill, De Moivre, Chamberlayne, Brook Taylor, the Abbe Conti and Des Maizeaux interested themselves in the calculus dispute, all of them (except the first) having frequent opportunities for personal conversation with Newton.

In this seventh and final volume the letters are divided into two quite distinct groups. The first group begins with the remaining letters of the main chronological sequence written during the closing years of Newton's life, and then proceeds to those few letters to which there is no assignable date with any certainty. The second group of letters, placed in Appendix I, contains corrections and additions to the letters printed in the earlier volumes of the Correspondence. A genealogical table is added to Appendix II to help the reader through the intricacies of Newton's family tree. Even after the creative power of his genius had deserted him, Newton retained to the very end of his long life the characteristic clarity of his thought. Few of Newton's letters in this volume may justly be described as scientific. The relative inactivity of the Mint meant that, although he apparently delegated few of his responsibilities to others, Newton's concerns there were no onerous. Thus it is not surprising that in the last nine years of his life (the period covered in this volume), and particularly from 1725 onwards, there was a decrease in Newton's output of letters; but those which he did write remain as lucid as ever.

Henry More (1614-87) was the greatest English metaphysical theologian and the most perplexing; he was also perhaps the most distinguished member of the group of divines known as the Cambridge Platonists. An admirer of Galileo, Descartes and Boyle, he rejected their detailed applications of mechanical philosophy to the explanation of natural phenomena. He was an experimenter, yet also a cabalist, and one of the few writers whom Newton acknowledged as having influenced his ideas. First published in 1990, this thorough and accessible biography is the first book-length treatment of this remarkable character. Hall illuminates More's important contributions to science, particularly his work on space and time which influenced Newton, and gives fascinating insights into his spiritual philosophy and his preoccupation with witchcraft. The depth of Professor Hall's scholarship makes the book an exceptional account of the turbulent world of the Scientific Revolution.

For the first time, the early eighteenth century biographical notices of Sir Isaac Newton have been compiled into one convenient volume. Eminent Newtonian scholar Rupert Hall brings together the five biographies on Newton from this period and includes commentary on each translation. The centerpiece of the volume is a new translation of Paolo Frisi's 1778 biography, which was the first such work on Newton ever published. This comprehensive work also includes the biographies of Newton by Fontenelle (1727), Thomas Birch (1738), Charles Hutton (1795), and John Conduitt, as well as a bibliography of Newton's works. This book is a valuable addition to the works on Newton and will be of extreme interest to historians of science, Newtonian scholars, and general readers with an interest in the history of one of the world's greatest scientific geniuses.

Renaissance and Revolution is a collection of fifteen essays on some of the problems presently seen to be associated with the Scientific Revolution of the sixteenth and seventeenth centuries. The topics treated include the dissemination of Greek science, medical empiricism, natural history, the relations of scholars and craftsmen from the fifteenth to the seventeenth centuries, the so-called 'mechanical philosophy' in France and England, the work of Isaac Newton, and the difficulties encountered by Newtonianism in Italy in the early eighteenth century. Figures discussed include Leonardo Fioravanti, Jan Swammerdam, Piero della Francesca, Johannes Hevelius, Jonas Moore, Robert Boyle, Isaac Newton, Christiaan Huygens, Francesco Algarotti and Luigi Ferdinando Marsigli. There is an introduction by the editors and an afterword by A. Rupert Hall. The authorship is international, including scholars with established reputations as historians of science.

Henry More (1614-87) was the greatest English metaphysical theologian and the most perplexing; he was also perhaps the most distinguished member of the group of divines known as the Cambridge Platonists. An admirer of Galileo, Descartes and Boyle, he rejected their detailed applications of mechanical philosophy to the explanation of natural phenomena. He was an experimenter, yet also a cabalist, and one of the few writers whom Newton acknowledged as having influenced his ideas. First published in 1990, this thorough and accessible biography is the first book-length treatment of this remarkable character. Hall illuminates More's important contributions to science, particularly his work on space and time which influenced Newton, and gives fascinating insights into his spiritual philosophy and his preoccupation with witchcraft. The depth of Professor Hall's scholarship makes the book an exceptional account of the turbulent world of the Scientific Revolution.

In this elegant, absorbing biography of Isaac Newton (1642-1727), Rupert Hall surveys the vast field of modern scholarship in order to interpret Newton's mathematical and experimental approach to nature. Mathematics was always the deepest, most innovative and productive of Newton's interests. However, he was also a historian, theologian, chemist, civil servant and natural philosopher. These diverse studies were unified in his single design as a Christian to explore every facet of God's creation. The exploration during the past forty years of Newton's huge manuscript legacy, has greatly altered previous stories of Newton's life, throwing new light on his personality and intellect. Hall's discussion of this research, first published in 1992, shows that Newton cannot simply be explained as a Platonist, or mystic. He remains a complex and enigmatic genius with an immensely imaginative and commonsensical mind.

First published in 1962, this volume collects together some of Newton's most important scientific papers. Chosen primarily to illustrate Newton's ideas on the nature of matter, the papers afford valuable insights into Newton's development as a scientist and his ideas of the world that science explores. The six sections are entitled: Mathematics, Mechanics, Theory of Matter, Manuscripts related to the Principia, Education and Notes. Each section has a critical introduction to set the manuscripts in perspective and to discuss their implications. English translations of the Latin documents are given.

Additional Editing By Trevor I. Williams. Contributing Authors Include R. J. Forbes, Cyril Stanley Smith, J. U. Nef, And Others.

First published in 1983. Routledge is an imprint of Taylor & Francis, an informa company.

Over the last forty years Professor Hall has been a major contributor to the 'new view' of Newton now generally accepted. Essentially this has derived from the bringing to light and examination of Newton's vast, but long neglected legacy of manuscripts, and the first studies in this volume illustrate the wealth of information these provide on the earliest phases of his great discoveries in mathematics and science. In particular, they confirm the intensity and originality of Newton's investigations before and through the 'anni mirabiles' of 1665-66. Further papers then deal with his relations with contemporaries such as Hooke, Leibniz and Huyghens, again making extensive use of unpublished manuscript material, and with the developing influence of his work. Durant les quarante dernieres annees, le professeur Hall a ete l'un des plus importants contributeurs A la nouvelle appreciation de l'oeuvre de Newton, qui est de nos jours la plus generalement acceptee. Ceci provient essentiellement de l'examen du vaste heritage de manuscrits laisses par Newton et tres longtemps neglige; les premieres etudes de ce volume illustrent la richesse d'informations contenues dans ceux-ci quant aux toutes premieres phases de ses grandes decouvertes dans le domaine des mathematiques et de le science. Ils confirment en particulier l'intensite et l'originalite des recherches de Newton avant et pendant les anni mirabiles de 1665-66. S'ajoutent A ceci plusieurs etudes, oA(1) il est A nouveau fait grand usage de manuscrits inedits, traitant des rapports qu'il entretenait avec ses contemporains tels, Hooke, Leibniz et Huyghens, ainsi que de l'influence progressive de ses travaux.