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American Railroad Accidents and Safety, 1828–1965
For most of the 19th and much of the 20th centuries, railroads dominated American transportation. They transformed life and captured the imagination. Yet by 1907 railroads had also become the largest cause of violent death in the country, that year claiming the lives of nearly twelve thousand passengers, workers, and others. In Death Rode the Rails Mark Aldrich explores the evolution of railroad safety in the United States by examining a variety of incidents: spectacular train wrecks, smaller accidents in shops and yards that devastated the lives of workers and their families, and the deaths of thousands of women and children killed while walking on or crossing the street-grade tracks. The evolution of railroad safety, Aldrich argues, involved the interplay of market forces, science and technology, and legal and public pressures. He considers the railroad as a system in its entirety: operational realities, technical constraints, economic history, internal politics, and labor management. Aldrich shows that economics initially encouraged American carriers to build and operate cheap and dangerous lines. Only over time did the trade-off between safety and output—shaped by labor markets and public policy—motivate carriers to develop technological improvements that enhanced both productivity and safety. A fascinating account of one of America's most important industries and its dangers, Death Rode the Rails will appeal to scholars of economics and the history of transportation, technology, labor, regulation, safety, and business, as well as to railroad enthusiasts.
Life on Freighters of the Great Lakes
Long before popular television shows such as Dirty Jobs and The Deadliest Catch, everyday men and women---the unsung heroes of the job world---toiled in important but mostly anonymous jobs. One of those jobs was deckhand on the ore boats. With numerous photographs and engaging stories, Deckhand offers an insider's view of both the mundane and the intriguing duties performed by deckhands on these gritty cargo vessels. Boisterous port saloons, monster ice jams, near drownings, and the daily drudgery of soogeying---cleaning dirt and grime off the ships---are just a few of the experiences Mickey Haydamacker had as a young deckhand working on freighters of the Great Lakes in the early 1960s. Haydamacker sailed five Interlake Steamship Company boats, from the modern Elton Hoyt 2nd to the ancient coal-powered Colonel James Pickands with its backbreaking tarp-covered hatches. Deckhand will appeal to shipping buffs and to anyone interested in Great Lakes shipping and maritime history as it chronicles the adventures of living on the lakes from the seldom-seen view of a deckhand. Mickey Haydamacker spent his youth as a deckhand sailing on the freighters of the Great Lakes. During the 1962 and '63 seasons Nelson sailed five different Interlake Steamship Company ore boats. He later went on to become an arson expert with the Michigan State Police, retiring with the rank of Detective Sergeant. Alan D. Millar, to whom Haydamacker related his tale of deckhanding, spent his career as a gift store owner and often wrote copy for local newspaper, TV, and radio.
Life after the Reading Railroad
What happened when the US government stopped investing in railroads and started investing in highways and air travel? By the late 1970s, six major eastern railroads had declared bankruptcy. Although he didn’t like trains, Howard H. Lewis became the primary lawyer for the Reading Railroad during its legendary bankruptcy case. Here, Lewis provides a frank account of the high-intensity litigation and courtroom battles over the US government’s proposal to form Conrail out of the six bankrupt railroads, which meant taking the Reading's property, leaving the railroad to prove its worth. After five grueling years, the case was ultimately settled for $186 million—three times the original offer from the US government—and Lewis became known as a champion defender of both the railroad industry and its assets.
Descartes's works are often treated as a unified, unchanging whole. But in Descartes's Changing Mind, Peter Machamer and J. E. McGuire argue that the philosopher's views, particularly in natural philosophy, actually change radically between his early and later works--and that any interpretation of Descartes must take account of these changes. The first comprehensive study of the most significant of these shifts, this book also provides a new picture of the development of Cartesian science, epistemology, and metaphysics.
No changes in Descartes's thought are more significant than those that occur between the major works The World (1633) and Principles of Philosophy (1644). Often seen as two versions of the same natural philosophy, these works are in fact profoundly different, containing distinct conceptions of causality and epistemology. Machamer and McGuire trace the implications of these changes and others that follow from them, including Descartes's rejection of the method of abstraction as a means of acquiring knowledge, his insistence on the infinitude of God's power, and his claim that human knowledge is limited to that which enables us to grasp the workings of the world and develop scientific theories.
Geology and Power in Early New York
David I. Spanagel explores the origins of American geology and the culture that helped give it rise, focusing on Amos Eaton, the educator and amateur scientist who founded the Rensselaer School, and on DeWitt Clinton, the masterful politician who led the movement for the Erie Canal. DeWitt Clinton and Amos Eaton shows how a cluster of assumptions about the peculiar landscape and entrepreneurial spirit of New York came to define the Empire State. Spanagel sheds light on a particularly innovative and fruitful period of interplay among science, politics, art, and literature in American history. New Yorkers' romantic views of natural majesty and ideas about improving the land influenced scientific ideas and other features of contemporary culture. The life of Amos Eaton provides a lens through which readers gain fresh awareness of scientific knowledge, economic planning, and cultural values during the first half of the nineteenth century. Scientists of the time were fascinated by questions such as: How old is the earth? When did time begin? How might the passage of time have shaped and reshaped the original landscape? In the United States, New Yorkers of the mid-1820s mounted the most concerted effort to find answers to these large questions of natural history. Both geographic conditions and historical forces led Amos Eaton and his wealthy patron Stephen Van Rensselaer to open the Rensselaer School at Troy, New York, in 1826. Eaton thus gave America its first generation of professional scientists, many of whom formed professional organizations and standards of practice still active today. Deeply researched, this book will interest historians of nineteenth-century American arts and science, politics, and technological development.
For readers interested in the development of major scientific concepts and the role of science in the western world, here is the first conceptually organized historical dictionary of scientific thought. The purpose of the dictionary is to illuminate this history by providing a concise, single volume reference book of short historical accounts of the important themes, ideas, and discoveries of science. Its conceptual approach differentiates the dictionary from previous reference works such as books of scientific biography and makes it a convenient manual both for the general reader and for scientists interested in the origin of concepts in their own and other scientific fields.
Originally published in 1982.
The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These paperback editions preserve the original texts of these important books while presenting them in durable paperback editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.
The launch of Sputnik 1 in 1957 ushered in an exciting era of scientific and technological advancement. As television news anchors, radio hosts, and journalists reported the happenings of the American and the Soviet space programs to millions of captivated citizens, words that belonged to the worlds of science, aviation, and science fiction suddenly became part of the colloquial language. What’s more, NASA used a litany of acronyms in much of its official correspondence in an effort to transmit as much information in as little time as possible. To translate this peculiar vocabulary, Paul Dickson has compiled the curious lingo and mystifying acronyms of NASA in an accessible dictionary of the names, words, and phrases of the Space Age. Aviators, fighter pilots, and test pilots coined the phrases “spam in a can” (how astronauts felt prelaunch as they sat in a tiny capsule atop a rocket booster); “tickety-boo” (things are fine), and “the Eagle has landed” (Neil Armstrong’s famous quote when Apollo 11 landed on the Moon). This dictionary captures a broader foundation for language of the Space Age based on the historic principles employed by the Oxford English Dictionary and Webster’s New Third International Dictionary. Word histories for major terms are detailed in a conversational tone, and technical terms are deciphered for the interested student and lay reader. This is a must-own reference for space history buffs.
The Story of Minnesota's Computing Industry
Accounts of the early events of the computing industry—the Turing machine, the massive Colossus, the ENIAC computer—are well-told tales, and equally well known is the later emergence of Silicon Valley and the rise of the personal computer. Yet there is an extraordinary untold middle history—with deep roots in Minnesota. From the end of World War II through the 1970s, Minnesota was home to the first computing-centered industrial district in the world.
Drawing on rare archival documents, photographs, and a wealth of oral histories, Digital State unveils the remarkable story of computer development in the heartland after World War II. These decades found corporations—concentrated in large part in Minnesota—designing state-of-the-art mainframe technologies, revolutionizing new methods of magnetic data storage, and, for the first time, truly integrating software and hardware into valuable products for the American government and public. Minnesota-based companies such as Engineering Research Associates, Univac, Control Data, Cray Research, Honeywell, and IBM Rochester were major international players and together formed an unrivaled epicenter advancing digital technologies. These companies not only brought vibrant economic growth to Minnesota, they nurtured the state’s present-day medical device and software industries and possibly even tomorrow’s nanotechnology.
Thomas J. Misa’s groundbreaking history shows how Minnesota recognized and embraced the coming information age through its leading-edge companies, its workforce, and its prominent institutions. Digital State reveals the inner workings of the birth of the digital age in Minnesota and what we can learn from this era of sustained innovation.
The “Famously Good” Food of the Northern Pacific Railway