While Francis Bacon continues to be considered the 'father' of modern experimental science, his writings are no longer given close attention by most historians and philosophers of science, let alone by scientists themselves. In this new book Dennis Desroches speaks up loudly for Bacon, showing how we have yet to surpass the fundamental theoretical insights that he offered towards producing scientific knowledge. The book first examines the critics who have led many generations of scholars - in fields as diverse as literary criticism, science studies, feminism, philosophy and history - to think of Bacon as an outmoded landmark in the history of ideas rather than a crucial thinker for our own day. Bacon's own work is seen to contain the best responses to these various forms of attack. Desroches then focuses on Bacon's "Novum Organum, The Advancement of Learning and De Augmentis", in order to discern the theoretical - rather than simply the empirical or utilitarian - nature of his programme for the 'renovation' of the natural sciences. The final part of the book draws startling links between Bacon and one of the twentieth century's most important historians/philosophers of science, Thomas Kuhn, discerning in Kuhn's work a reprise of many of Bacon's fundamental ideas - despite Kuhn's clear attempt to reject Bacon as a significant contributor to the way we think about scientific practice today. Desroches concludes, then, that Bacon was not simply the 'father' of modern science - he is still in the process of 'fathering' it.

Illuminating Leonardo opens the new series Leonardo Studies with a tribute to Professor Carlo Pedretti, the most important Leonardo scholar of our time, with a wide-ranging overview of current Leonardo scholarship from the most renowned Leonardo scholars and young researchers. Though no single book could provide a comprehensive overview of the current state of Leonardo studies, after reading this collection of short essays cover-to-cover, the reader will come away knowing a great deal about the current state of the field in many areas of research. To begin the series, editors Constance Moffatt and Sara Taglialagamba present an impressive group of essays that offer fresh ideas as a departure point for future studies. Contributors include Andrea Bernardoni, Pascal Broist, Alfredo Buccaro, Francesco Paolo di Teodoro, Claire Farago, Francesca Fiorani, Fabio Frosini, Sabine Frommel, Leslie Geddes, Damiano Iacobone, Martin Kemp, Matthew Landrus, Domenico Laurenza, Pietro C. Marani, Max Marmor, Constance Moffatt, Romano Nanni, Annalisa Perissa-Torrini, Paola Salvi, Richard Schofield, Sara Taglialagamba, Carlo Vecce, Alessandro Vezzosi, Marino Vigano, and Joanna Woods-Marsden.

This is the third volume in a three-part series that uses art photography as a point of departure for learning about physics, while also using physics to ask fundamental questions about the nature of photography as an art.

Recent research has established the continued importance of engagement with the classical tradition to the formation of scholarly, philosophical, theological, and scientific knowledge well into the eighteenth century. The Worlds of Knowledge and the Classical Tradition in the Early Modern Age is the first attempt to adopt a comparative approach to this phenomenon. An international team of scholars explores the differences and similarities - across time and place - in how the study and use of ancient texts and ideas shaped a wide range of fields: nascent classics, sexuality, chronology, metrology, the study of the soul, medicine, the history of Judaeo-Christian interaction, and biblical criticism. By adopting a comparative approach, this volume brings out some of the most important factors in explaining the contours of early modern intellectual life. Contributors: Karen Hollewand, Dmitri Levitin, Jan Machielsen, Ian Maclean, C. Philipp E. Nothaft, Cesare Pastorino, Michelle Pfeffer, Jetze Touber, Timothy Twining, and Floris Verhaart.

This book explores ancient efforts to explain the scientific, philosophical, and spiritual aspects of water. From the ancient point of view, we investigate many questions including: How does water help shape the world? What is the nature of the ocean? What causes watery weather, including superstorms and snow? How does water affect health, as a vector of disease or of healing? What is the nature of deep-sea-creatures (including sea monsters)? What spiritual forces can protect those who must travel on water? This first complete study of water in the ancient imagination makes a major contribution to classics, geography, hydrology and the history of science alike. Water is an essential resource that affects every aspect of human life, and its metamorphic properties gave license to the ancient imagination to perceive watery phenomena as the product of visible and invisible forces. As such, it was a source of great curiosity for the Greeks and Romans who sought to control the natural world by understanding it, and who, despite technological limitations, asked interesting questions about the origins and characteristics of water and its influences on land, weather, and living creatures, both real and imagined.

There have been many recent discussions of the 'replication crisis' in psychology and other social sciences. This has been attributed, in part, to the fact that researchers hesitate to submit null results and journals fail to publish such results. In this book Allan Franklin and Ronald Laymon analyze what constitutes a null result and present evidence, covering a 400-year history, that null results play significant roles in physics.

This monograph details the entire scientific thought of an influential natural philosopher whose contributions, unfortunately, have become obscured by the pages of history. Readers will discover an important thinker: Burchard de Volder. He was instrumental in founding the first experimental cabinet at a European University in 1675. The author goes beyond the familiar image of De Volder as a forerunner of Newtonianism in Continental Europe. He consults neglected materials, including handwritten sources, and takes into account new historiographical categories. His investigation maps the thought of an author who did not sit with an univocal philosophical school, but critically dealt with all the 'major' philosophers and scientists of his age: from Descartes to Newton, via Spinoza, Boyle, Huygens, Bernoulli, and Leibniz. It explores the way De Volder's un-systematic thought used, rejected, and re-shaped their theories and approaches. In addition, the title includes transcriptions of De Volder's teaching materials: disputations, dictations, and notes. Insightful analysis combined with a trove of primary source material will help readers gain a new perspective on a thinker so far mostly ignored by scholars. They will find a thoughtful figure who engaged with early modern science and developed a place that fostered experimental philosophy.

Pero queda, a traves de este devenir, la luz mosaica, las Tablas de la Ley, las sentencias del Talmud, las profecias de la Biblia. Este es el Tesoro del pueblo Judaico, el unico que se ha conservado a traves de los siglos; el que todavia suena en los momentos de la mayor angustia para la Humanidad y que vese conmovido por el impetuoso torrente de la vida contemporanea que exige nueva vitalidad en todos los aspectos de la existencia humana. DR. ADALBERTO GARCIA DE MENDOZA

This book explores the changing perspective of astrology from the Middle Ages to the Early Modern Era. It introduces a framework for understanding both its former centrality and its later removal from legitimate knowledge and practice. The discussion reconstructs the changing roles of astrology in Western science, theology, and culture from 1250 to 1500. The author considers both the how and the why. He analyzes and integrates a broad range of sources. This analysis shows that the history of astrology-in particular, the story of the protracted criticism and ultimate removal of astrology from the realm of legitimate knowledge and practice-is crucial for fully understanding the transition from premodern Aristotelian-Ptolemaic natural philosophy to modern Newtonian science. This removal, the author argues, was neither obvious nor unproblematic. Astrology was not some sort of magical nebulous hodge-podge of beliefs. Rather, astrology emerged in the 13th century as a richly mathematical system that served to integrate astronomy and natural philosophy, precisely the aim of the "New Science" of the 17th century. As such, it becomes a fundamentally important historical question to determine why this promising astrological synthesis was rejected in favor of a rather different mathematical natural philosophy-and one with a very different causal structure than Aristotle's.

As heretical as it may sound to the modern orthodox views of both science and religion, science has proved God to be real. It is time for those in the religious community to address this. Is there a God? Is there life after death? Is evolution directed? As in his book, "Why Science Proves God," which received a five star review on Amazon.com, John Denker answers these questions through the use of modern physics. Most people will be surprised, if not shocked, by what modern science has to say.

For almost three quarters of a century, the United States has spent billions of dollars and countless person-hours in the pursuit of a national missile defense system that would protect the country from intercontinental ballistic missiles (ICBM) carrying nuclear warheads. The system currently in place consists of 44 long-range antiballistic missiles stationed in Alaska and California to protect the United States from a possible nuclear weapon carrying ICBM attack from North Korea. After all this effort, this systemis still imperfect, being successful only 10 out of 18 tests. This book will provide an historical description of past efforts in national missile defenses to understand the technical difficulties involved. It will also explain how national security concerns, the evolving international environment, and the complexities of US politics have all affected the story. The book will also describe the current systems in place to protect allies and troops in the field from the threat of shorter range missiles. Finally, the book will describe the current US vision for the future of missile defenses and provide some suggestions for alternative paths.

After World War II, Ernst Ludwig Ehrlich (1921-2007) published works in English and German by eminent Israeli scholars, in this way introducing them to a wider audience in Europe and North America. The series he founded for that purpose, Studia Judaica, continues to offer a platform for scholarly studies and editions that cover all eras in the history of the Jewish religion.

This book describes in detail the various theories on the shape of the Earth from classical antiquity to the present day and examines how measurements of its form and dimensions have evolved throughout this period. The origins of the notion of the sphericity of the Earth are explained, dating back to Eratosthenes and beyond, and detailed attention is paid to the struggle to establish key discoveries as part of the cultural heritage of humanity. In this context, the roles played by the Catholic Church and the philosophers of the Middle Ages are scrutinized. Later contributions by such luminaries as Richer, Newton, Clairaut, Maupertuis, and Delambre are thoroughly reviewed, with exploration of the importance of mathematics in their geodetic enterprises. The culmination of progress in scientific research is the recognition that the reference figure is not a sphere but rather a geoid and that the earth's shape is oblate. Today, satellite geodesy permits the solution of geodetic problems by means of precise measurements. Narrating this fascinating story from the very beginning not only casts light on our emerging understanding of the figure of the Earth but also offers profound insights into the broader evolution of human thought.

This book describes the life, times and science of the Soviet physicist Lev Vasilevich Shubnikov (1901-1937). From 1926 to 1930 Shubnikov worked in Leiden where he was the co-discoverer of the Shubnikov-De Haas effect. After his return to the Soviet Union he founded in Kharkov in Ukraine the first low-temperature laboratory in the Soviet Union, which in a very short time became the foremost physics institute in the country and among other things led to the discovery of type-II superconductivity. In August 1937 Shubnikov, together with many of his colleagues, was arrested and shot early in November 1937. This gripping story gives deep insights into the pioneering work of Soviet physicists before the Second World War, as well as providing much previously unpublished information about their brutal treatment at the hands of the Stalinist regime.

A comprehensive biographical guide to the scientific achievements, personal lives, and struggles of women scientists from around the globe. International Women in Science: A Bibliographical Dictionary to 1950 presents the enormous contributions of women outside North America in fields ranging from aviation to computer science to zoology. It provides fascinating profiles of nearly 400 women scientists, both renowned figures like Florence Nightingale and Marie Curie and women we should know better, like Rosalind Franklin, who, along with James Watson and Francis Crick, uncovered the structure of DNA. Students and researchers will see how the lives of these remarkable women unfolded, and how they made their place in fields often stubbornly guarded by men, overcoming everything from limited education and professional opportunities, to indifference, ridicule, and cultural prejudice, to outright hostility and discrimination. Included are a number of living scientists, many of whom provide insights into their lives and scientific times. Those contributions, plus additional previously unavailable material, make this a volume of unprecedented scope and richness.

The first introductory A–Z resource on the dynamic achievements in science from the late 1600s to 1820, including the great minds behind the developments and science's new cultural role. Though the Enlightenment was a time of amazing scientific change, science is an often-neglected facet of that time. Now, Science in the Enlightenment redresses the balance by covering all the major scientific developments in the period between Newton's discoveries in the late 1600s to the early 1800s of Michael Faraday and Georges Cuvier. Over 200 A-Z entries explore a range of disciplines, including astronomy and medicine, scientists such as Sir Humphry Davy and Benjamin Franklin, and instruments such as the telescope and calorimeter. Emphasis is placed on the role of women, and proper attention is given to the shifts in the worldview brought about by Newtonian physics, Antoine-Laurent Lavoisier's "chemical revolution," and universal systems of botanical and zoological classification. Moreover, the social impact of science is explored, as well as the ways in which the work of scientists influenced the thinking of philosophers such as Voltaire and Denis Diderot and the writers and artists of the romantic movement.

This collection pieces together a wealth of material in order to get inside the experience of scientific practice in the long nineteenth century. It aims to reach, or perhaps to facilitate, an understanding of the ways in which the value of scientific knowledge was produced, lived and challenged. The new turn to the history of experience suggests a logic to the compilation of material that is completely original: the sources are not selected according to the historical success of an idea or experiment, but for the ways in which scientific endeavour loaded knowledge claims with political or moral value, coupled with attendant practical justifications. Thus, 'bad ideas' sit alongside 'good'; now discountenanced practices take their place among the revered. In sum, they reveal an experimental culture that was not merely orientated toward cold knowledge or intellectual output, but defined by shifting sets of affective practices and procedures and the making of expertise out of the lived experience of doing science.

This book presents the second volume of Piola's original Italian text together with the English-language translation and comments, showing convincingly that Gabrio Piola's work must still be regarded as a modern theory. Gabrio Piola's work has had an enormous impact on the development of applied mathematics and continuum mechanics. As such, a committee of scientific experts took it upon themselves to translate his complete works. In a second step, they commented on Piola's work and compared it to modern theories in mechanics in order to stress Piola's impact on modern science and prove and confirm that he achieved significant milestones in applied mathematics.

This book is a selective and fascinating history of scientific speculation about intelligent extraterrestrial life. From Plutarch to Stephen Hawking, some of the most prominent western scientists have had quite detailed perceptions and misperceptions about alien civilizations: Johannes Kepler, fresh from transforming astronomy with his work on the shape of planetary orbits, was quite sure alien engineers on the moon were excavating circular pits to provide shelter; Christiaan Huygens, the most prominent physical scientist between Galileo and Newton, dismissed Kepler's speculations, but used the laws of probability to prove that "planetarians" on other worlds are much like humans, and had developed a sense of the visual arts; Carl Sagan sees clearly that Huygens is a biological chauvinist, but doesn't see as clearly that he, Sagan, may be a cultural/technological chauvinist when he assumes aliens have highly developed technology like ours, but better.
Basalla traces the influence of one speculation on the next, showing an unbroken but twisting chain of ideas passed from one scientist to the next, and from science to popular culture. He even traces the influence of popular culture on science--Sagan always admitted how much E. R. Burroughs' Martian novels influenced his speculations about Mars. Throughout, Basalla weaves his theme that scientific belief in and search for extraterrestrial civilizations is a complex impulse, part secularized-religious, and part anthropomorphic. He questions the common modern scientific reasoning that life converges on intelligence, and intelligence converges on one science valid everywhere. He ends the book by agreeing with Stephen Hawking (usually asafe bet) that intelligence is overrated for survival in the universe, and that we are most likely alone.