In Elegant Anatomy Marieke Hendriksen offers an account of the material culture of the eighteenth-century Leiden anatomical collections, which have not been studied in detail before. The author introduces the novel analytical concept of aesthesis, as these historical medical collections may seem strange, and undeniably have a morbid aesthetic, yet are neither curiosities nor art. As this book deals with issues related to the keeping and displaying of historical human remains, it is highly relevant for material culture and museum studies, cultural history, the history of scientific collections and the history of medicine alike. Unlike existing literature on historical anatomical collections, this book takes the objects in the collections as its starting point, instead of the people that created them.

One of the brightest Canadian scientists of his generation, Omond McKillop Solandt was a physiologist by training, an engineer by disposition, and a manager by necessity. A protege of insulin's co-discoverer, Charles Best, Solandt worked as a scientist for the British government during the Second World War, including as a pioneer of operational research and a manager of scientific establishments. Ending the war as a colonel, he served on the British Mission to Japan, where he studied the effects of the atomic bombs at Hiroshima and Nagasaki, before returning to Canada to become chairman of the newly created Defence Research Board. There he spearheaded Canada's attempt to create a new and innovative government science infrastructure that served the needs of the Canadian military at the dawn of the nuclear age and worked alongside allies in Britain and the United States. In Maestro of Science, Jason S. Ridler draws on interviews with Solandt and his colleagues and declassified records from Canada and the United Kingdom to paint a vivid picture of the influence and achievements of a Canadian leader in Cold War military research.

This book presents a brief compilation of results from nearly a century of research on the globular star clusters in the Andromeda Galaxy (M31). It explores the techniques and limitations of the observations, the successes and challenges of the models, and the paradigm for the formation of M31 that has gradually emerged. These results will eventually be superseded by new data, better analysis techniques, and more complex models. However, the emphasis of this book is on the techniques, thought processes, and connections with other studies.

This book takes a hemispheric approach to contemporary urban intervention, examining urban ecologies, communication technologies, and cultural practices in the twenty-first century. It argues that governmental and social regimes of control and forms of political resistance converge in speculation on disaster and that this convergence has formed a vision of urban environments in the Americas in which forms of play and imaginations of catastrophe intersect in the vertical field. Schifani explores a diverse range of resistant urban interventions, imagining the city as on the verge of or enmeshed in catastrophe. She also presents a model of ecocriticism that addresses aesthetic practices and forms of play in the urban environment. Tracing the historical roots of such tactics as well as mapping their hopes for the future will help the reader to locate the impacts of climate change not only on the physical space of the city, but also on the epistemological and aesthetic strategies that cities can help to engender. This book will be of great interest to students and scholars of Urban Studies, Media Studies, American Studies, Global Studies, and the broad and interdisciplinary field of Environmental Humanities.

Science in the Ancient World presents a worldwide history of science, from prehistoric times through the medieval period. It covers Europe, Africa, Asia, and the Americas and includes topics ranging from alchemy and astrology to psychology and physics. This work spans prehistory to 1500 CE, examining thousands of years of history in four world regions: Asia, Africa, Europe, and the Americas. Highlights of this period include the onset of civilization and science in Mesopotamia and Egypt, the accomplishments of the ancient Greeks between 700 BCE and 100 CE, the adaptation of Greek science by the Romans, the spread of Greek science during the Hellenistic Age, the expansion of Islamic power and commensurate scientific knowledge, and the development of science and philosophy in ancient China and India. Focusing on the history of the science that blossomed in the above regions, scientific disciplines covered include alchemy, astronomy, astrology, agriculture, architecture, biology, botany, chemistry, engineering, exploration, geography, hydraulics, institutions of science, marine science, mathematics, medicine, meteorology, military science, myth and religion, philosophy, philosophy of science, psychology, physics, and social sciences. In all of these fields, theory and application are explored, as are leading individuals and schools of thought, centers of intellectual activity, and notable accomplishments and inventions. Coverage provides global view of science in the ancient world Short topical sections offer objective, fundamental information about science from antiquity through the Middle Ages Each section cites works for further reading, and the book closes with a selected, general bibliography A detailed timeline places important people, events, and discoveries into chronological context

Science has its roots in human curiosity. It is the process of exploration and research that has led to a better understanding of our surroundings: Copernicus set the Earth in its right place in our models of the Universe, Charles Darwin elucidated the mechanism of the evolution of living species, and Albert Einstein brought out the intimate connection between energy, space, and time.This book provides a reliable guide to acquaint oneself with the scientific process. It explains in easy terms how scientific investigation has historically developed to reach our present understanding of the world around us. It also discusses the place of science in modern society in relation to culture and to the technological advances that it brings.

Science has its roots in human curiosity. It is the process of exploration and research that has led to a better understanding of our surroundings: Copernicus set the Earth in its right place in our models of the Universe, Charles Darwin elucidated the mechanism of the evolution of living species, and Albert Einstein brought out the intimate connection between energy, space, and time.This book provides a reliable guide to acquaint oneself with the scientific process. It explains in easy terms how scientific investigation has historically developed to reach our present understanding of the world around us. It also discusses the place of science in modern society in relation to culture and to the technological advances that it brings.

Reading Newton in Early Modern Europe investigates how Sir Isaac Newton's Principia was read, interpreted and remodelled for a variety of readerships in eighteenth-century Europe. The editors, Mordechai Feingold and Elizabethanne Boran, have brought together papers which explore how, when, where and why the Principia was appropriated by readers in Italy, Spain, the Netherlands, England and Ireland. Particular focus is laid on the methods of transmission of Newtonian ideas via university textbooks and popular works written for educated laymen and women. At the same time, challenges to the Newtonian consensus are explored by writers such as Marius Stan and Catherine Abou-Nemeh who examine Cartesian and Leibnizian responses to the Principia. Eighteenth-century attempts to remodel Newton as a heretic are explored by Feingold, while William R. Newman draws attention to vital new sources highlighting the importance of alchemy to Newton. Contributors are: Catherine Abou-Nemeh, Claudia Addabbo, Elizabethanne Boran, Steffen Ducheyne, Moredechai Feingold, Sarah Hutton, Juan Navarro-Loidi, William R. Newman, Luc Peterschmitt, Anna Marie Roos, Marius Stan, and Gerhard Wiesenfeldt.

Scientific experimentation with humans has a long history. Combining elements of history of science with history of medicine, The Uses of Humans in Experiment illustrates how humans have grappled with issues of consent, and how scientists have balanced experience with empiricism to achieve insights for scientific as well as clinical progress. The modern incarnation of ethics has often been considered a product of the second half of the twentieth century, as enshrined in international laws and codes, but these authors remind us that this territory has long been debated, considered, and revisited as a fundamental part of the scientific enterprise that privileges humans as ideal subjects for advancing research.

Based on extensive archival research in Peru, Spain, and Italy, Making Medicines in Early Colonial Lima, Peru examines how apothecaries in Lima were trained, ran their businesses, traded medicinal products, prepared medicines, and found their place in society. In the book, Newson argues that apothecaries had the potential to be innovators in science, especially in the New World where they encountered new environments and diverse healing traditions. However, it shows that despite experimental tendencies among some apothecaries, they generally adhered to traditional humoral practices and imported materia medica from Spain rather than adopt native plants or exploit the region's rich mineral resources. This adherence was not due to state regulation, but reflected the entrenchment of humoral beliefs in popular thought and their promotion by the Church and Inquisition.

In Copernicus in the Cultural Debates of the Renaissance, Pietro Daniel Omodeo presents a general overview of the reception of Copernicus's astronomical proposal from the years immediately preceding the publication of De revolutionibus (1543) to the Roman prohibition of heliocentric hypotheses in 1616. Relying on a detailed investigation of early modern sources, the author systematically examines a series of issues ranging from computation to epistemology, natural philosophy, theology and ethics. In addition to offering a pluralistic and interdisciplinary perspective on post-Copernican astronomy, the study goes beyond purely cosmological and geometrical issues and engages in a wide-ranging discussion of how Copernicus's legacy interacted with European culture and how his image and theories evolved as a result.

This encyclopedia surveys the scientific research on gender throughout the ages-the people, experiments, and impact-of both legitimate and illegitimate findings on the scientific community, women scientists, and society at large. Women, Science, and Myth: Gender Beliefs from Antiquity to the Present examines the ways scientists have researched gender throughout history, the ways those results have affected society, and the impact they have had on the scientific community and on women, women scientists, and women's rights movements. In chronologically organized entries, Women, Science, and Myth explores the people and experiments that exemplify the problematic relationship between science and gender throughout the centuries, with particular emphasis on the 20th century. The encyclopedia offers a section on focused cross-period themes such as myths of gender in different scientific disciplines and the influence of cultural norms on specific eras of gender research. It is a timely and revealing resource that celebrates science's legitimate accomplishments in understanding gender while unmasking the sources of a number of debilitating biases concerning women's intelligence and physical attributes. Chronologically organized entries describing people and events influential in the development of scientific research on gender 40 thematic entries looking at larger issues across regions, disciplines, and historical eras A section of supportive demographic/statistical information

Albert Einstein said, "Science without religion is lame, and religion without science is blind." The very basis of religion is the creatorship of God. Science, the study of the created world, therefore, is a subset of theology, the study of God. As a result, when secular or religious scientists discover new facts about the physical world, they are contributing to our understanding of the Creator who made heaven and earth and set all things in motion. George Javor, PhD, has spent his career teaching, studying, and conducting research in the field of biochemistry. A Scientist Celebrates Creation examines the existence of God and His creative power. Javor presents readers with a mountain of evidence from the solar system down to the miniscule organisms that he has spent his life researching-Escherichia coli-coupled with Bible references that provide clear evidence to the formation of our world by a loving Creator. In the last chapter of the book, Javor provides readers with a personal glimpse into his life and career. From surviving World War II in Hungary as a Jew, moving to the United States and becoming an Adventist, to dedicating his life to science and his Creator, Javor shares his life experiences in A Scientist Celebrates Creation.