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Oudshoorn emphasizes that the introduction of contraceptives for men depends to a great extent on changing ideas about reproductive responsibility. Initial interest in the male pill, she shows, came from outside the scientific community: from the governments of China and India, which were interested in population control, and from Western feminists, who wanted the responsibilities and health risks associated with contraception shared more equally between the sexes. She documents how in the 1970s, the World Health Organization took the lead in investigating male contraceptives by coordinating an unprecedented, worldwide research network. She chronicles how the search for a male pill required significant reorganization of drug-testing standards and protocols and of the family-planning infrastructure—including founding special clinics for men, creating separate spaces for men within existing clinics, enrolling new professionals, and defining new categories of patients. The Male Pill is ultimately a story as much about the design of masculinities in the last decades of the twentieth century as it is about the development of safe and effective technologies.

Historian Jeffrey J. Safford examines how gold mining ventures were developed and financed during and after the Civil War, and how men, primarily Easterners with scant knowledge of mining, were willing to invest large sums in gold mines that promised quick and lucrative returns.

Safford explains how these mining companies were organized and underwritten, and why a little-known district in southwestern Montana was chosen as a center of operations. Relying on extensive primary sources, Safford addresses the mind-set of the businessmen, the expectations and realities of new mining technology, the financial strategies, and the universality of the Hot Spring experience.

An enlightening examination of the relationship between poetry and the information technologies increasingly used to read and write it

Many poets and their readers believe poetry helps us escape straightforward, logical ways of thinking. But what happens when poems confront the extraordinarily rational information technologies that are everywhere in the academy, not to mention everyday life?

Examining a broad array of electronics—including the radio, telephone, tape recorder, Cold War–era computers, and modern-day web browsers—Seth Perlow considers how these technologies transform poems that we don’t normally consider “digital.” From fetishistic attachments to digital images of Emily Dickinson’s manuscripts to Jackson Mac Low’s appropriation of a huge book of random numbers originally used to design thermonuclear weapons, these investigations take Perlow through a revealingly eclectic array of work, offering both exciting new voices and reevaluations of poets we thought we knew.

With close readings of Gertrude Stein, Frank O’Hara, Amiri Baraka, and many others, The Poem Electric constructs a distinctive lineage of experimental writers, from the 1860s to today. Ultimately, Perlow mounts an important investigation into how electronic media allows us to distinguish poetic thought from rationalism. Posing a necessary challenge to the privilege of information in the digital humanities, The Poem Electric develops new ways of reading poetry, alongside and against the electronic equipment that is now ubiquitous in our world.

This book offers much-needed critical awareness of the less easily recognized ways in which ultrasound technology is profoundly social and political in the United States today.

Risk is a part of life. How we handle uncertainty and deal with potential threats influence decision making throughout our lives. In The Risk Society Revisited, Eugene A. Rosa, Ortwin Renn, and Aaron M. McCright offer the first book to present an integrated theory of risk and governance.

The authors examine our sociological understanding of risk and how we reconcile modern human conditions with our handling of risk in our quest for improved quality of life. They build a new framework for understanding risk—one that provides an innovative connection between social theory and the governance of technological and environmental risks and the sociopolitical challenges they pose for a sustainable future.

Showing how our consciousness affects risk in the decisions we make—as individuals and as members of a democratic society—The Risk Society Revisited makes an important contribution to the literature of risk research.

In the years immediately following Napoleon’s defeat, French thinkers in all fields set their minds to the problem of how to recover from the long upheavals that had been set into motion by the French Revolution. Many challenged the Enlightenment’s emphasis on mechanics and questioned the rising power of machines, seeking a return to the organic unity of an earlier age and triggering the artistic and philosophical movement of romanticism. Previous scholars have viewed romanticism and industrialization in opposition, but in this groundbreaking volume John Tresch reveals how thoroughly entwined science and the arts were in early nineteenth-century France and how they worked together to unite a fractured society.

Focusing on a set of celebrated technologies, including steam engines, electromagnetic and geophysical instruments, early photography, and mass-scale printing, Tresch looks at how new conceptions of energy, instrumentality, and association fueled such diverse developments as fantastic literature, popular astronomy, grand opera, positivism, utopian socialism, and the Revolution of 1848. He shows that those who attempted to fuse organicism and mechanism in various ways, including Alexander von Humboldt and Auguste Comte, charted a road not taken that resonates today.

Essential reading for historians of science, intellectual and cultural historians of Europe, and literary and art historians, The Romantic Machine is poised to profoundly alter our understanding of the scientific and cultural landscape of the early nineteenth century.

Alone Against Germany, Britain Gave America Its Most Astonishing Secrets
In August 1940, a German invasion of Britain looked inevitable. Luftwaffe bombers were pounding British cities, France had surrendered, and the Low Countries were under German control. Although sympathetic to Britain’s plight, the United States remained staunchly neutral. Unknown to the rest of the world, Britain’s brightest scientific and military minds had been working on futuristic technology for a decade, including radar and jet propulsion. While the great value of radar to locate and identify objects at long distance and at night or in bad weather was appreciated, at the time it was thought that practical radar required a room-sized device for generating an effective signal. Now, suddenly, British scientists had something extraordinary—the cavity magnetron, a generator hundreds of times more powerful than any other in use and small enough to be held in the hand. With the British economy and industry reeling from the war, Winston Churchill gambled on an unorthodox plan: a team of scientists and engineers would travel under cover to the United States and give the still-neutral Americans the best of Britain’s military secrets. It was hoped that in exchange the United States would provide financial and manufacturing support—which might even lead to their official entry into the war.

     The Tizard Mission, named for its leader Sir Henry Tizard, steamed across the Atlantic carrying a suitcase-sized metal deed box. Designed to sink in the event the ship was torpedoed by a U-boat, the box contained details of the Whittle jet engine, research for an atomic bomb, and a precious cavity magnetron. The Americans proved to be astonished, receptive, and efficient: Bell Telephone produced the first thirty magnetrons in October 1940, and over a million by the end of the war. With this device, both warships and aircraft could carry war-winning radar. But Britain did not only give America military secrets, these same technologies would produce a fortune for postwar commercial industries, with the magnetron being the key component to the microwave oven. In The Tizard Mission: The Top-Secret Operation That Changed the Course of World War II, Stephen Phelps reveals how the Tizard Mission was the turning point in the technological war, giving Britain the weapons it desperately needed and laying the groundwork for both the Special Relationship and much of the United States’s postwar economic boom, an effect that still resonates today.