War is part of American history. This book examines how military technology both molded and reflected interactions between American military institutions and other American institutions. The growth of engineering and science has reshaped military technology, organization, and practice from the Colonial era to the present day. At the same time, military concerns influenced, and and sometimes channeled, American engineering and scientific development American Military Technology chronicles the interactions of technology and science with America's armed forces from colonial times to the end of the 20th century. Each period of the nation's history brought new and influential changes to the interaction of the military and technology, such as: The Beginning of the The Military-Technological Revolution, 1840-1865: The introduction of modern small arms, steam power, and technology, science, and medicine Militarization and Motorization, 1900-1914: The naval arms race, torpedoes and submarines, and the Signal Corps and the Airplane. Science, Technology, and Vietnam, 1965-1971: McNamara's Pentagon, Technology in Vietnam, Smart Bombs and Guided Missiles. The book is an excellent springboard for understanding the complex relationship of science, technology, and war in American history.

Alex Henshaw had the luck to grow up in the '20s and '30s during the golden age of flying. The Blue Riband of flying in the British Isles between the two World Wars was the King's Cup: Henshaw set his heart on it, developing a technique of racing which extracted the very maximum from his aircraft: firs the Comper Swift and then the DH Leopard Moth. Parallel with his search for speed was an obsession with making accurate landfalls, and he developed this blind-flying taken deliberately in a flying partnership with his father on many carefully planned long-distance survery flights. His exciting apprenticeship in these two skills was crowned by the acquisition of the Percival Mew Gull G-AEXF in 1937. His amazing solo flight to Cape Town and back in February 1939 established several solo records that still stand today, almost 60 years later. This feat of navigation and airmanship must surely be one of man's greatest flights - 12,754 miles over desert, sea and jungle in a single-engined light aircraft.

The first biography of a pioneering scientist who made significant contributions to our understanding of dark matter and championed the advancement of women in science. One of the great lingering mysteries of the universe is dark matter. Scientists are not sure what it is, but most believe it's out there, and in abundance. The astronomer who finally convinced many of them was Vera Rubin. When Rubin died in 2016, she was regarded as one of the most influential astronomers of her era. Her research on the rotation of spiral galaxies was groundbreaking, and her observations contributed significantly to the confirmation of dark matter, a most notable achievement. In Vera Rubin: A Life, prolific science writers Jacqueline Mitton and Simon Mitton provide a detailed, accessible overview of Rubin's work, showing how she leveraged immense curiosity, profound intelligence, and novel technologies to help transform our understanding of the cosmos. But Rubin's impact was not limited to her contributions to scientific knowledge. She also helped to transform scientific practice by promoting the careers of women researchers. Not content to be an inspiration, Rubin was a mentor and a champion. She advocated for hiring women faculty, inviting women speakers to major conferences, and honoring women with awards that were historically the exclusive province of men. Rubin's papers and correspondence yield vivid insights into her life and work, as she faced down gender discrimination and met the demands of family and research throughout a long and influential career. Deftly written, with both scientific experts and general readers in mind, Vera Rubin is a portrait of a woman with insatiable curiosity about the universe who never stopped asking questions and encouraging other women to do the same.

A critical examination of the rise of wearable EEG monitors. From Fitbits to GPS trackers, wearables promise to help us understand and improve ourselves in quantified ways. We count our steps, track our location, and even monitor our brain waves as we strive to achieve better fitness, clearer direction, or a more focused mind. But why do we rely on wearables to learn about ourselves? In Instrumental Intimacy, Melissa M. Littlefield questions our desire for mechanistic guidance by examining brain-based EEG wearables that promise to improve sleep, relationships, self-knowledge, and learning. Littlefield focuses specifically on EEGs' transition out of the laboratory and into the hands of consumers. While other brain-imaging technologies (such as MRI, PET, and MEG) are used only in specialized laboratories, human electroencephalography (a.k.a. EEG) is embedded in portable, user-friendly devices. These direct-to-consumer wearables visualize brain activity as accessible data, and many offer the promise of self-optimization. Littlefield's illuminating book brings the histories of EEG to bear on the contemporary development of EEG wearables via case studies of EEG-based sleep aids, bio-mapping instruments, fashionable surveillance tools, and athletic training devices. The author argues that, over the past century, applied uses of EEG helped to create new states of mind to be monitored and manipulated, as well as discourses about the existence of brain waves and their viability as a tool for brain optimization. By contextualizing and analyzing EEG wearables, Instrumental Intimacy provides a crucial intervention in an emergent consumer market and in the scholarly fields of STS, critical neuroscience, and the history of technology.

An engrossing origin story for the personal computer—showing how the Apple II’s software helped a machine transcend from hobbyists’ plaything to essential home appliance.   Skip the iPhone, the iPod, and the Macintosh. If you want to understand how Apple Inc. became an industry behemoth, look no further than the 1977 Apple II. Designed by the brilliant engineer Steve Wozniak and hustled into the marketplace by his Apple cofounder Steve Jobs, the Apple II became one of the most prominent personal computers of this dawning industry.   The Apple II was a versatile piece of hardware, but its most compelling story isn’t found in the feat of its engineering, the personalities of Apple’s founders, or the way it set the stage for the company’s multibillion-dollar future. Instead, historian Laine Nooney shows, what made the Apple II iconic was its software. In software, we discover the material reasons people bought computers. Not to hack, but to play. Not to code, but to calculate. Not to program, but to print. The story of personal computing in the United States is not about the evolution of hackers—it’s about the rise of everyday users.   Recounting a constellation of software creation stories, Nooney offers a new understanding of how the hobbyists’ microcomputers of the 1970s became the personal computer we know today. From iconic software products like VisiCalc and The Print Shop to historic games like Mystery House and Snooper Troops to long-forgotten disk-cracking utilities, The Apple II Age offers an unprecedented look at the people, the industry, and the money that built the microcomputing milieu—and why so much of it converged around the pioneering Apple II.

We like to think of sports as elemental: strong bodies trained to overcome height, weight, distance; the thrill of earned victory or the agony of defeat in a contest decided on a level playing field. But in Game Changer, Rayvon Fouche argues that sports have been radically shaped by an explosion of scientific and technological advances in materials, training, nutrition, and medicine dedicated to making athletes stronger and faster. Technoscience, as Fouche dubs it, increasingly gives the edge (however slight) to the athlete with the latest gear, the most advanced training equipment, or the performance-enhancing drugs that are hardest to detect. In this revealing book, Fouche examines a variety of sports paraphernalia and enhancements, from fast suits, athletic shoes, and racing bicycles to basketballs and prosthetic limbs. He also takes a hard look at gender verification testing, direct drug testing, and the athlete biological passport in an attempt to understand the evolving place of technoscience across sport. In this book, Fouche: * Examines the relationship among sport, science, and technology* Considers what is at stake in defining sporting culture by its scientific knowledge and technology* Provides readers and students with an informative and engagingly written study Focusing on well-known athletes, including Michael Phelps, Oscar Pistorius, Caster Semenya, Usain Bolt, and Lance Armstrong, Fouche argues that technoscience calls into question the integrity of games, records, and our bodies themselves. He also touches on attempts by sporting communities to regulate the use of technology, from elite soccer's initial reluctance to utilize goal-line technology to automobile racing's endless tweaking of regulatory formulas in an attempt to blur engineering potency and reclaim driver skill and ability. Game Changer will change the way you look at sports-and the outsized impact technoscience has on them.

This book is dedicated to the life and work of Ignacy Lukasiewicz, Polish pharmacist whose world-renowned achievements include construction of the world's first oil refinery and invention of the modern kerosene lamp. The authors also portray the history of the Galician oil industry and set it in the context of political, social and technological changes taking place in the 19th-century Central and Eastern Europe. "The work adds substantially to existing scholarship in English. As the author of the only English-language academic monograph devoted to a general history of the Galician oil industry, I can attest that this manuscript adds significant and important information, details, depth of investigation that is not provided in my book or any other book. It therefore makes a novel contribution that will be very valuable to anyone looking for a truly detailed account of Ignacy Lukasiewicz's contribution within the context of the Galician oil industry in general." Alison Frank Johnson Professor of History and of Germanic Languages and Literatures Harvard University, Center for European Studies "The authors sketch the profiles of two outstanding Poles, pioneers of the oil industry - Ignacy Lukasiewicz, MSc. in Pharmacy, and mining engineer and geologist Witold Zglenicki, called the Polish Nobel (...) This scientific work is an interesting and captivating read. It can be used not only by scientists and students, but also by everyone who is interested in industrial cultural heritage (...)." Krzysztof Bronski Professor and Head of Department of Economic and Social History Economic University in Krakow

CoCo: The Colorful History of Tandy's Underdog Computer is the first book to document the complete history of the Tandy Color Computer (CoCo), a popular 8-bit PC series from the 1980s that competed against the era's biggest names, including the Apple II, IBM PC, and Commodore 64. The book takes you inside the interesting stories and people behind this unique, underdog computer. Both noted computer science and technology advocates, authors Pitre and Loguidice reveal the story of a pivotal period in the home computing revolution from the perspective of Tandy's CoCo. As these computers were sold in Radio Shack stores throughout the United States and other countries, they provide a critical point of reference for key events in the unprecedented evolutionary period for the PC industry in the 1980s. The book also features first-hand accounts from the people who created and promoted the CoCo, from the original Tandy executives and engineers to today's active product creators and information keepers. The CoCo impacted many lives, and this book leaves no stone unturned in recounting this fascinating slice of the PC revolution that is still in play today. From early telecommunications experiments to engineering and budgetary challenges, it covers all the aspects that made the CoCo a truly personal, useful computing experience in as small and inexpensive a package as possible.

Imagine living in 1958, and knowing that the integrated circuit-the microchip-was about to be invented, and would revolutionize the world. Or imagine 1992, when the Internet was about to transform virtually every aspect of our lives. Incredibly, this book argues that we stand at such a moment right now-and not just in one field, but in many. A fascinating look at the leading edge of modern technology, 2030 brings together the most exciting work of more than two dozen world-renowned experts, addressing problems as varied as infectious disease, financial instability, and climate change. The ideas the authors describe are sometimes breathtakingly unexpected. One authority on chemical processes intends to radically decentralize and miniaturize operations now conducted by vast chemical plants. "Imagine a washing machine that could make its own detergent," he says, "or a computer that produces hydrogen to generate its own power." Miniaturization has already reached astonishing levels, such as microsensors and micropumps etched onto chips. The book reveals that medicine offers some of the most remarkable advances, such as nanocapsules that can be triggered remotely to release their medicinal payload. Along the way, the authors move beyond the various individual technologies to highlight the unexpected connections between fields, connections that may yield new insights into such disparate events as the financial crisis, the failure of micro-electronics, and the outbreak of a flu pandemic. 2030 ranges across the technological landscape, presenting the latest thinking by such authorities as Craig Venter, the decoder of the human genome, and Simon Haykin, an expert on wireless communication. Written in clear, jargon-free language by two scientists and an experienced science writer, this book offers an enthralling and authoritative look at the future.

London's sewers could be called the city's forgotten underground: mostly unseen subterranean spaces that are of absolutely vital importance, the capital's sewers nonetheless rarely get the same degree of attention as the Tube. Paul Dobraszczyk here outlines the fascinating history of London's sewers from the nineteenth century onwards, using a rich variety of colour illustrations, photographs and newspaper engravings to show their development from medieval spaces to the complex, citywide network, largely constructed in the 1860s, that is still in place today. This book explores London's sewers in history, fiction and film, including how they entice intrepid explorers into their depths, from the Victorian period to the present day.

This book traces and analyzes the transformation of the public discourse of science and technology in Mao-era China. Based on extensive primary sources such as science dissemination materials and technical handbooks, as well as mass media products of the Great Leap Forward and the Cultural Revolution periods, this book delineates the emergence of a pragmatic approach to knowledge in society. To achieve the goal of fast modernization with limited financial, human, and material resources, the party-state accommodated Western and local, "modern" and "traditional" knowledges in the fields of agricultural mechanization, steel production and Chinese veterinary medicine. The case studies demonstrate that scientific knowledge production in the Mao-era included various social groups and was entangled with political and cultural issues. This reveals and explains the continuity of scientific thinking across the historical divides of 1949 and 1978, which has hitherto been underestimated.

"Featuring a foreword by George Gilder

If you're a Qualcomm customer or stockholder, or in fact if you have a stake in almost any cellular service or even just use a mobile phone, you're no doubt aware of the enormous impact on the development of cellular technology by actress and sex symbol Hedy LaMarr.

All right, perhaps you're surprised. The telecom industry has never been short on surprises, and the above example is no exception. Nor is it an exaggeration. Read the book.

Similarly, it is not an exaggeration to say that Qualcomm, through a combination of technological superiority, cunning business acumen, and sheer tenacity, has become the undisputed standard by which telecom companies now measure themselves. In short order, they have also become a model of substantial and sustained growth that businesses in all industries should emulate.

Qualcomm's rise mirrors that of the cell phone itself. Both are ubiquitous, both continue to evolve rapidly, and both turned the status quo on its head. The Qualcomm Equation reveals crucial but little-known information on the history of cellular and wireless technology -- some of which dates back to World War II -- and shows how the company grabbed the wave just as it began to rise.

How did they do it?

Even while most competitors were using an essential technology, Qualcomm believed in an alternative they had developed, and continued to refine and promote it until at last it caught on. The Qualcomm Equation details how the fledgling company, while their rivals simply duked it out for more customers, made a killing not only by offering great service, but also by leasing their superior standard technology to other telecom companies. While Qualcomm grew its own customer base, they had also, in essence, found a way to make more money the bigger their competitors got.

How can you apply the Qualcomm model in your industry, and in your company?

Following Qualcomm's example, your company can:

* attract investors by presenting even complex products and technologies in customer- and market-focused language

* prove that its product is essential not only to customers but also to competitors -- so that they come to depend on you rather than trying to defeat you

* make its product and its operations compatible with those competitors, turning rivalries into profitable strategic alliances

* learn from setbacks, and leverage the knowledge and strengths of your partners to overcome obstacles

You'll also learn crucial strategies to help you define and develop your core business; identify and maximize your company's role and position in the value chain for customers and shareholders; strike a balance between sharing and protecting proprietary information; and handle regulatory and political concerns both domestically and globally.

In the last decade, Qualcomm has come to define dominance not only in the telecommunications industry, but throughout the global business landscape. The Qualcomm Equation presents their story, and the keys to their unparalleled success.

Not to mention the most important role of Hedy LaMarr's career..."

Perhaps better than any other city, Manchester illustrates the historical relationship between the growth of science and the growth of industry - a relationship which is topical now, as it has been for two centuries. This introduction provides a sketch map and some references for those who would like to explore this local and regional history.

The smartphones in our pockets and computers like brains. The vagaries of game theory and evolutionary biology. Nuclear weapons and self-replicating spacecrafts. All bear the fingerprints of one remarkable, yet largely overlooked, man: John von Neumann. Born in Budapest at the turn of the century, von Neumann is one of the most influential scientists to have ever lived. A child prodigy, he mastered calculus by the age of eight, and in high school made lasting contributions to mathematics. In Germany, where he helped lay the foundations of quantum mechanics, and later at Princeton, von Neumann's colleagues believed he had the fastest brain on the planet-bar none. He was instrumental in the Manhattan Project and the design of the atom bomb; he helped formulate the bedrock of Cold War geopolitics and modern economic theory; he created the first ever programmable digital computer; he prophesized the potential of nanotechnology; and, from his deathbed, he expounded on the limits of brains and computers-and how they might be overcome. Taking us on an astonishing journey, Ananyo Bhattacharya explores how a combination of genius and unique historical circumstance allowed a single man to sweep through a stunningly diverse array of fields, sparking revolutions wherever he went. The Man from the Future is an insightful and thrilling intellectual biography of the visionary thinker who shaped our century.