Results by title

A radical proposal for how a tiny organism can transform our understanding of human relations

 

Serving as both a guide and companion publication to the conceptual art project of the same name, The Lichen Museum explores how the physiological characteristics of lichens provide a valuable template for reimagining human relations in an age of ecological and social precarity. Channeling between the personal, the scientific, the philosophical, and the poetic, A. Laurie Palmer employs a cross-disciplinary framework that artfully mirrors the collective relations of lichens, imploring us to envision alternative ways of living based on interdependence rather than individualism and competition.

Lichens are composite organisms made up of a fungus and an alga or cyanobacteria thriving in a mutually beneficial relationship. The Lichen Museum looks to these complex organisms, remarkable for their symbiosis, diversity, longevity, and adaptability, as models for relations rooted in collaboration and nonhierarchical structures. In their resistance to fast-paced growth and commodification, lichens also offer possibilities for humans to reconfigure their relationship to time and attention outside of the accelerated pace of capitalist accumulation.

Drawing together a diverse set of voices, including personal encounters with lichenologists and lichens themselves, Palmer both imagines and embodies a radical new approach to human interconnection. Using this tiny organism as an emblem through which to navigate environmental and social concerns, this work narrows the gap between the human and natural worlds, emphasizing the notion of mutual dependence as a necessary means of survival and prosperity.

Reveals how nutrition science emerged from Britain’s attempts to mold the food chain to its imperial interests.

The Lion’s Share offers a biography of nutrition as a scientific discipline, from its imperial birth, through its rise to fame, to its integration into an environmental and political global order. Even though medical knowledge involved food since ancient times, at the beginning of the twentieth century, nutrition was not yet a scientific discipline in an institutional or practical sense. Nevertheless, by the 1930s, it was one of the most politically influential scientific fields, with nutritionists operating as medical diplomats within national, international, and imperial organizations. As historian Alma Igra explains, it is through the global networks of British power that a decidedly marginal field of technical knowledge concerned with agricultural productivity and animal feeding evolved into an area of expertise governing the human diet and related issues of public health, economic development, and humanitarian aid. 

The Lion’s Share visits five pivotal moments that prompted new nutritional research at transnational meetings in Scotland, Iraq, Vienna, Geneva, and the Netherlands. Through the eyes of the experts, Igra tracks how nutrition became an international science, with mobile labs, collaborations among institutions, and a constant clash between local and imperial practices. Standardization of food measurement created new ways for food to be international and allowed politicians to imagine the world as one. Yet tensions remained that shaped international policy in the twentieth century and still affect international land policy today.

It began in late winter of 2004. Almost 100 years had passed since the last spotting of a wild wolverine in Michigan when coyote hunters caught a glimpse of one of the animals in a frozen farm field in the northern thumb region. For the next six years, Jeff Ford, a local science teacher and amateur naturalist, devoted himself to locating and filming the wolverine that had unexpectedly and inexplicably appeared in the Wolverine State. By the time hikers found the animal dead in early 2010, Ford had taken hundreds of rare live action photos and shot numerous hours of video, with the story of the "Wolverine Guy" attracting national attention through countless newspaper and magazine articles and appearances on Animal Planet and PBS Nature.

This is the tale of Ford's quest as he uncovered answers to mysteries surrounding the animal's territory and movement patterns, while sparking a flurry of controversy surrounding the elusive predator's origin, much of which remains unresolved today. It's an intimate look at research in the raw, from DNA samples stuck on barbed wire to a sophisticated, motion-sensing infrared camera unit strategically placed to observe nocturnal behavior.

The Lone Wolverine brings to vivid life this unforgettable piece of American wildlife lore, using candid interviews, public records, and Ford's own vast storehouse of notes, personal writings, correspondence, and images, offering an extraordinary chronicle of a wild wolverine in its natural habitat, at play and in fierce competition for food and survival. This is a wildlife detective story, recounting years of study and fierce debate as researchers pondered the riddles of Michigan's last wolverine---her origins, habits, and ultimately the cause of her untimely death.

"The Lying Brain is a study to take seriously. Its argument is timely, clear, and of particular importance to the enlargement of our understanding of the relationships among science studies, literary studies, and technology studies."
---Ronald Schleifer, University of Oklahoma

Real and imagined machines, including mental microscopes, thought translators, and polygraphs, have long promised to detect deception in human beings. Now, via fMRI and EEG, neuroscientists seem to have found what scientists, lawyers, and law enforcement officials have sought for over a century: foolproof lie detection. But are these new lie detection technologies any different from their predecessors? The Lying Brain is the first book to explore the cultural history of an array of lie detection technologies: their ideological assumptions, the scientific and fictional literatures that create and market them, and the literacies required for their interpretation.

By examining a rich archive of materials about lie detection---from science to science fiction---The Lying Brain demonstrates the interconnections of science, literature, and popular culture in the development and dissemination of deception detection in the American cultural imagination. As Melissa Littlefield demonstrates, neuroscience is not building a more accurate lie detector; it is simply recycling centuries-old ideologies about deception and its detection.

Cover art: "Human Brain" © Denis Barbulet, courtesy of Shutterstock.com

At the dawn of the twenty-first century, we have become accustomed to medical breakthroughs and conditioned to assume that, regardless of illnesses, doctors almost certainly will be able to help—not just by diagnosing us and alleviating our pain, but by actually treating or even curing diseases, and significantly improving our lives. 

For most of human history, however, that was far from the case, as veteran medical historian Michael Bliss explains in The Making of Modern Medicine. Focusing on a few key moments in the transformation of medical care, Bliss reveals the way that new discoveries and new approaches led doctors and patients alike to discard fatalism and their traditional religious acceptance of suffering in favor of a new faith in health care and in the capacity of doctors to treat disease. He takes readers in his account to three turning points—a devastating smallpox outbreak in Montreal in 1885, the founding of the Johns Hopkins Hospital and Medical School, and the discovery of insulin—and recounts the lives of three crucial figures—researcher Frederick Banting, surgeon Harvey Cushing, and physician William Osler—turning medical history into a fascinating story of dedication and discovery.

Compact and compelling, this searching history vividly depicts and explains the emergence of modern medicine—and, in a provocative epilogue, outlines the paradoxes and confusions underlying our contemporary understanding of disease, death, and life itself. 

From the brilliant Philip Ball, a thrilling biography of Nobel Prize–winning Danish physicist Niels Bohr, the most radical quantum mechanician of all.

In the first half of the twentieth century, the tremendous energy locked up in the nucleus of an atom was discovered and then liberated, bringing both the promise of utopia and the threat of apocalypse. The dawn of the nuclear age is often associated with Albert Einstein, whose iconic equation E = mc2 revealed the staggering energy available from radioactive transformation, or with J. Robert Oppenheimer, who led the project at Los Alamos to build the first nuclear bombs. But the person who arguably did more than any other to shape the Promethean era in which we now live was the Danish physicist Niels Bohr.

In The Man Who Broke Reality, renowned science communicator Philip Ball reveals that it was Bohr who first explained the physics of the nuclear atom, and it was his model of the atom’s dense nucleus that enabled scientists to understand how it could be split apart. Ball also shows how Bohr was the central figure in the development of quantum mechanics, the theory of matter and energy that destabilized centuries of thinking not just about the microscopic nature of the world but about physical reality itself.

Bohr’s story is the story of modern physics and its transformative impact on the world. But The Man Who Broke Reality is not merely an intellectual drama. It chronicles a heroic life lived in turbulent times, across two world wars, the Manhattan Project, and the arms race of the Cold War. And it establishes Bohr as one of the most profound, inventive, and iconoclastic thinkers of the twentieth century.

From the brilliant Philip Ball, a thrilling biography of Nobel Prize–winning Danish physicist Niels Bohr, the most radical quantum mechanician of all.

In the first half of the twentieth century, the tremendous energy locked up in the nucleus of an atom was discovered and then liberated, bringing both the promise of utopia and the threat of apocalypse. The dawn of the nuclear age is often associated with Albert Einstein, whose iconic equation E = mc2 revealed the staggering energy available from radioactive transformation, or with J. Robert Oppenheimer, who led the project at Los Alamos to build the first nuclear bombs. But the person who arguably did more than any other to shape the Promethean era in which we now live was the Danish physicist Niels Bohr.

In The Man Who Broke Reality, renowned science communicator Philip Ball reveals that it was Bohr who first explained the physics of the nuclear atom, and it was his model of the atom’s dense nucleus that enabled scientists to understand how it could be split apart. Ball also shows how Bohr was the central figure in the development of quantum mechanics, the theory of matter and energy that destabilized centuries of thinking not just about the microscopic nature of the world but about physical reality itself.

Bohr’s story is the story of modern physics and its transformative impact on the world. But The Man Who Broke Reality is not merely an intellectual drama. It chronicles a heroic life lived in turbulent times, across two world wars, the Manhattan Project, and the arms race of the Cold War. And it establishes Bohr as one of the most profound, inventive, and iconoclastic thinkers of the twentieth century.

A sweeping history of our relationship with weather in art, media, philosophy, religion, and science—and how the climate continually defies demystification. 

We moderns tend to take the weather for granted.  We know it through hourly timetables and radar maps and otherwise make it the subject of predictable and safe conversation. But weather is not safe or predictable and never has been. People have long used all their ingenuity to imagine and portray its shifty ways.  As John Durham Peters argues, a closer look at the history of these efforts, from painting and poetry to cartography and close observation, has the potential to disclose something important about what it means to live in the world. 

In The Meaning of Weather, John Durham Peters shows how the long history of understanding the weather has seen dreamers and data-crunchers alike craft remarkable visions of the world around us. From Babylonian astronomy to the Event Horizon Telescope, from illuminated manuscripts to television, and more, Peters explores the kaleidoscopic ways people have sought to understand, tame, or manage the weather—and how the climate resists being bridled. In this magisterial telling, Peters reimagines Western culture as a continuing struggle to know ourselves and each other through an ever-changing environment.

The geochemical processes that take place in water bodies do not stem entirely from the activity of bacteria, but are also determined by the biological activity of higher plants and animals. The Microflora of Lakes and Its Geochemical Activity, the first English translation of the work of S. I. Kuznetsov, renowned Soviet microbiologist, is a detailed description of these processes.

The Microflora of Lakes opens with a complete outline of the ecology and physical and chemical properties of water bodies and a discussion of the entire complex of hydrobionts, since these factors exert tremendous influence on the microbial population. The work then focuses on the principles of the morphology and physiology of the living cell, background knowledge essential to the understanding of the role of microorganisms in the chemical cycle. Having laid the groundwork for the discussion, Kuznetsov follows with chapters on the distribution of bacteria and transformations of organic matter in lakes. He then examines the role of bacteria in the oxygen regime, and the cycles of organic matter, nitrogen, sulfur, iron, manganese and phosphorus. The last chapter describes the role of microorganisms in sediments of calcium carbonate waters.

The Microflora of Lakes and Its Geochemical Activity provides a wealth of information on the microbial limnology of fresh-water lakes throughout the world, particularly in the Soviet Union. As a summary of the geochemical activities as related to the geographic, geological, and physical relationships of fresh-water lakes, it is a monumental study.

The Microflora of Lakes was translated for the National Science Foundation, Washington, D.C., by the Israel Program for Scientific Translations in Jerusalem.

Understanding the chimpanzee mind is akin to opening a window onto human consciousness. Many of our complex cognitive processes have origins that can be seen in the way that chimpanzees think, learn, and behave. The Mind of the Chimpanzee brings together scores of prominent scientists from around the world to share the most recent research into what goes on inside the mind of our closest living relative.

Intertwining a range of topics—including imitation, tool use, face recognition, culture, cooperation, and reconciliation—with critical commentaries on conservation and welfare, the collection aims to understand how chimpanzees learn, think, and feel, so that researchers can not only gain insight into the origins of human cognition, but also crystallize collective efforts to protect wild chimpanzee populations and ensure appropriate care in captive settings. With a breadth of material on cognition and culture from the lab and the field, The Mind of the Chimpanzee is a first-rate synthesis of contemporary studies of these fascinating mammals that will appeal to all those interested in animal minds and what we can learn from them.