New Books in the History of Science

Matthew L. Jones’s wonderful new book traces a history of failed efforts to make calculating machines, from Blaise Pascal’s work in the 1640s through the efforts of Charles Babbage in the nineteenth century, incorporating an account of both the work and relationships of scholars and artisans, and their reflections on the nature of invention. Innovative in its approach and its form, Reckoning with Matter: Calculating Machines, Innovation, and Thinking about Thinking from Pascal to Babbage (University of Chicago Press, 2016) offers a thoughtful and beautifully-written history of technology that offers an important perspective on a division between two poles of writing the history of technology: “the collective, deterministic account of inventive activity and the individualistic, heroic, creative account (7).” In Jones’s hands, we are offered a third way of understanding cultural production in early modernity, one that did not bifurcate between imitation and originality, social and individual making, or design and production. Central to the story is the history of efforts to mechanize the process of carrying ones in addition, and this fascinating problem persists as a thread through many of the projects discussed in the book. On the pages of Reckoning with Matter, readers will not only enjoy a compelling account of machine calculation through the nineteenth century, but will also find the story of a frog that tears out the eyes of a fish, a man who designed machines for making breakfast, and discussions of the significance of credit and intellectual property, modern programming, sketching, imitation, and debates over the nature of thinking. Highly recommended!  Learn more about your ad choices. Visit megaphone.fm/adchoices

Projit Bihari Mukharji’s new book explores the power of small, non-spectacular, and everyday technologies as motors or catalysts of change in the history of science and medicine. Focusing on practices of Ayurveda in British Bengal between about 1870-1930, Doctoring Traditions: Ayurveda, Small Technologies, and Braided Science (University of Chicago Press, 2016) is structured around five case studies that each describe the incorporation of a particular technology into Ayurvedic practice, resulting in a braiding together of strands of sciences and the production of a new body image. Mukharji develops and engages a number of key concepts in the work, significantly introducing a notion of physiograms (materialized physiologies or materialized body metaphors, a development of John Tresch’s notion of cosmograms) and a way of thinking about the braiding of strands of science and medicine. It’s a beautifully written and compellingly argued work that will be of interest to a wide range of readers of the history of science and medicine! Learn more about your ad choices. Visit megaphone.fm/adchoices

The year 2016 was the hottest year on record, and in recent months, drought and searing heat have fanned wildfires in Fort McMurray Alberta and in Gatlinburg, Tennessee. Meanwhile, the Arctic has had record high temperatures, leading one climate researcher to warn the region is unraveling. Yet for the most part, these climate-related events and dire warnings from climatologists have fallen on deaf ears, especially in the United States, where climate-change denial is firmly entrenched, especially among Republican lawmakers. But why?In his recent book, Behind the Curve: Science and the Politics of Global Warming (University of Washington Press, 2016), historian Joshua Howe seeks to answer this question. Howe traces the history of climate change from a scientific oddity in the late 1950s to a topic of fierce debate among politicians and environmental activists who fear that failure to tackle global warming will lead to stronger storms, fiercer wildfires, and rising seas. Scientists knew the most about the nuances of climate change, yet seemed unable to convince policy makers or the public to tackle the problem. Howe sees the climatologists narrow focus on the science of global warming as a partial reason for the inaction. Part history of science, part history of environmentalism, Behind the Curve is a provocative book exploring one of the most vexing issues of our time.Bob Wilson is an associate professor in the Department of Geography, Maxwell School of Citizenship and Public Affairs at Syracuse University. His research interests include historical geography and environmental history, animal studies, and climate change politics and activism. Wilson is also a former visiting fellow at Stanford University’s Bill Lane Center for the American West and a Carson Fellow at the Rachel Carson Center in Munich.  Learn more about your ad choices. Visit megaphone.fm/adchoices

“Life imitates Art far more than Art imitates Life,” Oscar Wilde famously observed. Wilde’s waning romanticism can be read in stark contrast with Nietzsche, who argued around the same time, “art is nothing but a kind of applied physiology.” Robert Brain’s The Pulse of Modernism: Physiological Aesthetics in Fin-de-Siecle Europe (University of Washington Press, 2015) unveils a fascinating world of exchange between artistic studios and physiology laboratories concealed by such pithy aphorisms. Brain argues that the influence and stature of physiological aesthetics have been overlooked in accounts of modernism in science and art, and seeks to recover experimental systems that were incredibly influential and fertile in their cultural situation.Brain first sets himself to chart the development of physiological recording in the sciences, first as experimental technique, then as ontology, in a fascinating chapter on the protoplasm theory of life and on to its application to the human qua human problems of linguistic analysis. He then describes the experimentalization of visual art (Georges Seurat, Edvard Munch) and poetry (Gustave Kahn, F. T. Marinetti). The influence of Charles Henry, who inhabited both artists’ circles and physiology laboratories in his work as a preparateur, becomes a key pivot in Brain’s narrative through his creation a scientific aesthetic that could be deployed as a kind of productive black-box. The Pulse of Modernism is a rich portrait of fin-de-siecle material and intellectual culture, and challenges the pride of place given to Victorian sensibilities in the fashioning of the late modern (early modernist) scientific subject. Learn more about your ad choices. Visit megaphone.fm/adchoices

The social practice we call science has had spectacular success in explaining the natural world since the 17th century. While advanced mathematics and other precursors of modern science were not unique to Europe, it was there that Isaac Newton, Robert Boyle, and others came up with theories that got modern physics and chemistry off the ground. In his latest book, Wondrous Truths: The Improbable Triumph of Modern Science (Oxford University Press, 2016), J.D. Trout mounts a spirited defense of the claim that the best explanation of the rise of science in 17th Century Europe is that Newton and others got lucky; among other serendipitous factors, they happened to come up with versions of preexisting ideas that were just right enough to explain just enough of the world, and that was enough to get the ball rolling.Trout, who is Professor of Philosophy and Psychology at Loyola University in Chicago, defends the scientific realist view that scientific theories are successful because they are by and large true, not just predictively accurate. He also sharply distinguishes the psychology of explanation–the Aha! feeling of understanding–from the truth of an explanation. On his ontic view of explanation, we can experience being satisfied with bad (false) explanations, and there are true theories we may never understand. Learn more about your ad choices. Visit megaphone.fm/adchoices

Our modern networked world owes an oftentimes unacknowledged debt to Guglielmo Marconi. As Marc Raboy demonstrates in Marconi: The Man Who Networked the World (Oxford University Press, 2016), it was he who pioneered the concept of wireless global communications. As a teenager he was fascinated by the recent discovery of radio waves, and by the time he was in his early twenties he had developed an apparatus that used these waves to transmit and receive messages. Traveling to London, he demonstrated a gift for publicity as he established himself as a technological pioneer in an age of rapidly emerging wonders. Thanks to his unassailable patents, Marconi soon created a global communications empire, one that made his name synonymous with radio and was so dominant that it brought the nations of the world together in an unprecedented international agreement to regulate the field of wireless telegraphy. Raboy recounts Marconi’s roving life as a celebrated figure, the development of his multinational business concerns, and his later relationship with the Fascist regime of Benito Mussolini and the shadow it cast over his posthumous reputation. Learn more about your ad choices. Visit megaphone.fm/adchoices

In his shining new book The Medieval Islamic Hospital: Medicine, Religion, and Charity (Cambridge University Press, 2015), Ahmed Ragab, Assistant Professor of Religion and Science at Harvard Divinity School, charts the institutional and intellectual history of hospitals or bimaristans in medieval Egypt and the Levant. A central argument of this book is that hospitals in Islamdom were more than just institutions where the sick were treated; hospitals also served as important sites of communal services and congregation, as urban architectural monuments, and as symbols and expressions of a rulers political authority. By exploring an astonishing variety and number of sources, Ragab provides an unparalleled window into the aspirations and operations that defined the medieval Islamic hospital. This splendid new book will be of great interest to students of medieval Islamic history, religion and science, medical history, and the study of Islam and religion more broadly. Learn more about your ad choices. Visit megaphone.fm/adchoices

“Any sufficiently advanced technology is indistinguishable from magic.”Clarke’s third law, coined in 1973, expresses the difficulty that people of any era have in reconciling the bounds of current knowledge with our experiences in a world full of marvels. In a fascinating investigation of role of automata in the culture of the medieval Latin west, E.R. Truitt’s Medieval Robots: Mechanism, Magic, Nature, and Art (University of Pennsylvania Press, 2015) traces the story of automata from their early appearance in the Latin west as gifts of foreign courts, to the literary manifestations of these objects, to the eventual creation of elaborate mechanical automata in the middle of the thirteenth century. Along the way, this history examines the nature of marvels, the constitution of natural knowledge, the text-based transformation of Latin intellectual culture, definitions of life and death, the spectacle of court, and the mechanics of the universe (8, 9). The cast of characters, both fictional and factual, embraces writers, travelers, and natural philosophers ranging from Liudprand of Cremona (c. 920 972), Pope Sylvester II (c. 946 1003) and Fr. William of Rubruck (c. 1220 1293), to Sir John Mandeville, witness of marvels mechanical and divine, and a Charlemagne whose stay in Constantinople brings him face to face with a pagan rulers powers of astral science that test the potentials of Charlemagne’s piety.Our conversation about Truitt’s comprehensively researched and highly readable book ranges over C-3PO’s medieval forebears in the alabaster chamber, the religious rehabilitation of disembodied talking heads, the role of clocks and clockwork in the discourse shift from natural philosophy to mechanical engineering, and the political significance of lewd mechanical monkeys covered in rotting badger pelts. Learn more about your ad choices. Visit megaphone.fm/adchoices

When I first read Foucault’s Discipline and Punish as an undergrad, I remember wondering, “What does this look like, though? How might the disciplining of the body play out in different places?” Greg Eghigian, author of The Corrigible and the Incorrigible: Science, Medicine, and the Convict in Twentieth-Century Germany (University of Michigan Press, 2015) and Associate Professor of History at Pennsylvania State University, answers that question and more about the evolution of incarceration in modern Germany. Eghigian’s background is in both German history and the history of science, and his expertise in the latter shines through as he explores discourses of criminality among professionals in the fields of psychology, psychiatry, sociology, criminology, and medicine. He has done extensive previous work on the understanding and treatment of madness in modern Europe, and shows that many of the same concerns that motivated physicians, psychoanalysts, and reformers in the emerging field of psychology occupied criminologists in twentieth-century Germany, as well. Perhaps most importantly, the book provides a chronicle of how carceral norms emerge and evolve, one particularly instructive for an America which currently imprisons nearly 2.5 million of its people. Learn more about your ad choices. Visit megaphone.fm/adchoices

This is a book about the future – the historical future as three interconnected generations of atmospheric researchers experienced it and envisioned it in the first part of the twentieth century.James Rodger Fleming’s new book is a big picture history of atmospheric science that follows the lives and careers of three men who worked at the center of meteorological research in roughly the first half of the 20th century: Vilhelm Bjerknes, Carl-Gustav Rossby, and Harry Wexler. Though it takes these three figures as orienting tools, Inventing Atmospheric Science: Bjerknes, Rossby, Wexler, and the Foundations of Modern Meteorology (MIT Press, 2016) this is not a biography of three lone geniuses: Fleming is careful to show that the emergence of atmospheric science was a team effort and the result of work by many people in different disciplines and areas. Fleming’s use of archival materials allows readers to appreciate the significance and roles of otherwise-overlooked or ignored historical figures, including Anne Louise Beck (who we discuss in the course of the podcast). Inventing Atmospheric Science weaves together the histories of technology, mathematics, hydrodynamics, the aerospace industry, global pollution, climatology, chaos theory, the US Weather Bureau, and much more into a clear and engaging story thats also a pleasure to read. Learn more about your ad choices. Visit megaphone.fm/adchoices