During the American Civil War, the mounted soldiers fighting on both sides of the conflict carried a wide array of weapons, from sabers and lances to carbines, revolvers, and other firearms. Though some sections of the cavalry placed their trust in the sabre, the advent of viable breechloading carbines -- especially repeaters such as the Spencer -- was to transform warfare within little more than a decade of General Lee's final surrender at Appomattox. However, output struggled to keep up with unprecedented demands on manufacturing technology and distribution in areas where communication was difficult and in states whose primary aim was to equip their own men rather than contribute to the arming of Federal or Confederate regiments. In addition, the almost unparalleled losses of men and equipment ensured that almost any firearm, effectual or not, was pressed into service. Consequently, the sheer variety of weaponry carried reflected the mounted soldiers' various roles in different theatres of operation, but also the availability -- or otherwise -- of weapons, notably on the Confederate side. Fully illustrated, this study assesses the effectiveness of the many different weapons arming the Civil War cavalryman and analyses the strengths and weaknesses of the decisions made after 1865 concerning the armament of the US cavalry.

The conduct of combat operations in open order during the 18th and 19th centuries required an improved firearm with more accuracy than the standard-issue smoothbore infantry musket. Consequently, the appearance of a new type of regular light infantry soldier and an innovative military firearm, the rifle, marked a new age in the history of warfare. During the 18th century both Austria and Prussia fielded light troops armed with rifled firearms, while conflicts in North America involved the deadly long rifle and the innovative Ferguson breech-loader. Rifle-armed specialists also fought for several nations during the Napoleonic Wars. However, it was the decades after 1815 that saw the appearance of successful rifled percussion firearms, paving the way for the widespread issue of rifled weapons. This development was accelerated by the Prussian adoption of the Dreyse ‘needle gun’ in 1848 and in 1849, the French Minié rifle was the first successful conical ball rifle concept to be issued to regular troops in large numbers. Illustrated throughout with stunning full-colour artwork, this study charts the development, combat use, influence and legacy of rifled firearms in a host of conflicts, from the War of the Austrian Succession of 1740–48 to the Mexican–American War of 1846–48.

In this stunning account of the human impact of a single machine, John Ellis argues that the history of technology and military history are "part and parcel of social history in general." The Social History of the Machine Gun, now with a new foreword by Edward C. Ezell, provides an original and fascinating interpretation of weaponry, warfare, and society in nineteenth-and twentieth-century Europe and America. From its beginning, the machine gun threatened established assumptions about the nature of war. In spite of its highly effective use in the European colonization of Africa, the machine gun was resisted by military elites, who clung to "the old certanties of the battlefield-the glorious change and opportunities for individual heroism." These values were carried into the trenches of World War I and swept away along with a generation of soldiers. After the war, machine guns became commercially availble in America and in many ways became a symbol of the times. Advertisements touted the Thompson submachine gun as the ideal weapon for protecting factory and farm, while "tommy guns" entered the culture's imagination with Machine Gun Kelly and Boonie and Clyde. More significantly, Ellis suggests, the machine gun was the catalyst for the modern arms race. It necessitated a technological response: first the armored tank, then the jet fighter, and, perhaps ultimately, the hydrogen bomb.

A History of Artillery traces the development of artillery through the ages, providing a thorough study of these weapons. From its earliest recorded use in battle over a millennium ago, up to the recent Gulf War, Balkan, and Afghanistan conflicts, artillery has often been the deciding factor in battle. Black shows that artillery sits within the general history of a war as a means that varied greatly between armies and navies, and also across time.

What happens when competing assertions of validity collide? This question stands at the center of 22 projects being undertaken in various fields as part of the interdisciplinary research project Transcendence and Shared Meaning. Drawing on empirical examples, the contributions show how transcendence is founded or, alternatively, challenged."

Trinity, the debut graphic book by Jonathan Fetter-Vorm, depicts the dramatic history of the race to build and the decision to drop the first atomic bomb in World War Two―with a focus on the brilliant, enigmatic scientist J. Robert Oppenheimer.

This sweeping historical narrative traces the spark of invention from the laboratories of nineteenth-century Europe to the massive industrial and scientific efforts of the Manhattan Project, and even transports the reader into a nuclear reaction―into the splitting atoms themselves.

The power of the atom was harnessed in a top-secret government compound in Los Alamos, New Mexico, by a group of brilliant scientists led by the enigmatic wunderkind J. Robert Oppenheimer. Focused from the start on the monumentally difficult task of building an atomic weapon, these men and women soon began to wrestle with the moral implications of actually succeeding. When they detonated the first bomb at a test site code-named Trinity, they recognized that they had irreversibly thrust the world into a new and terrifying age.

With powerful renderings of WWII's catastrophic events at Hiroshima and Nagasaki, Fetter-Vorm unflinchingly chronicles the far-reaching political, environmental, and psychological effects of this new invention. Informative and thought-provoking, Trinity is the ideal introduction to one of the most significant events in history.

"riveting and comprehensive, encompassing every aspect of the rise of military robotics." --"Financial Times"
In "Wired for War," P. W. Singer explores the great-est revolution in military affairs since the atom bomb: the dawn of robotic warfare. We are on the cusp of a massive shift in military technology that threatens to make real the stuff of "I, Robot" and "The Terminator." Blending historical evidence with interviews of an amaz-ing cast of characters, Singer shows how technology is changing not just how wars are fought, but also the politics, economics, laws, and the ethics that surround war itself. Traveling from the battlefields of Iraq and Afghanistan to modern-day "skunk works" in the midst of suburbia, Wired for War will tantalize a wide readership, from military buffs to policy wonks to gearheads.

The M4 carbine has become one of the defining military firearms of the late 20th and early 21st centuries. Developed as a fusion of the XM177E2 Colt Commando and the M16A2 assault rifle, the M4 offered a more convenient battlefield firearm than the full-length M16 variants, and the US Army adopted it as the standard infantry weapon in the 1990s. Today, military and law-enforcement personnel of more than 60 countries have adopted either the M4 or the M4A1 variant, both of which have been tested and proven in major combat operations worldwide. This study describes the development process in detail, from production of the first XM4 prototypes in 1984 through numerous modified types until it emerged into official use as the M4 in 1994. The M4 offered a weapon that was 1lb lighter and 6in shorter than the standard M16A2, yet could still deliver precision semi-auto and full-auto firepower up to an effective range of 500m. Over time, its capabilities have been enhanced by the M4A1 modifications plus an extensive range of tactical accessories, including optical day/night sights, laser/infrared designators, under-barrel grenade launchers and shotgun modules, foregrips, furniture options, mounting rails, and sound suppressors. Numerous M4/M4A1 combat operations are investigated to reveal why the weapon has received such high levels of approval by front-line combat troops, not only in Afghanistan and Iraq, where the M4/M4A1 has been intensively combat-tested, but also in contexts such as Colombia, India, Israel, and the Philippines. Profusely illustrated with photographs and artworks, and drawing its research from the latest declassified documents, this is a complete guide to one of the most important and widely distributed tactical infantry weapons of the last quarter-century.

Originally published in 1937, this book provides an authentic sketch of the history of English gun production, from their first use in the fourteenth century down to the time of Marlborough's campaigns during the early part of the eighteenth century. At the time of publication there had been relatively few historical analyses of gun foundering, the preference being to examine their use in battle. This book was useful in terms of giving readers a collection of facts relating to the subject and outlining a little-known branch of military history. It remains a fascinating document, containing numerous illustrations, that will be of value anyone with an interest in English history and the development of guns.

Created by a long-forgotten Austrian nobleman, Adolf Odkolek von Augezd, the air-cooled Hotchkiss machine gun was the first to function effectively by tapping propellant gas from the bore as the gun fired. Although the Hotchkiss would be overshadowed by the water-cooled Maxim and Vickers Guns, it proved its effectiveness during the Russo-Japanese War. The gun, quirky though it was, was successful enough to persuade Laurence Benet and Henri Mercie to develop the Modele Portative: a man-portable version which, it was hoped, could move with infantrymen as they advanced. Later mounted on tanks and aircraft, it became the first automatic weapon to obtain a 'kill' in aerial combat. Though it served the French and US armies during World War I (and also the British in areas where French and British units fought alongside each other), the Odkolek-Hotchkiss system was to have its longest-term effect in Japan. Here, a succession of derivatives found favour in theatres of operations in which water-cooling could be more of a liability than an asset. When US forces landed on Saipan, Guam and Iwo Jima, battling their way from island to island across the Pacific, it was the 'Woodpecker' - the Type 92 Hotchkiss, with its characteristically slow rate of fire - which cut swathes through their ranks. Supported by contemporary photographs and full-colour illustrations, this title explores the exciting and eventful history of the first successful gas-operated machine gun.

From drone warfare in the Middle East to digital spying, today's governments have harnessed the power of cutting-edge technology to awesome effect. But what happens when ordinary people have the same tools at their fingertips? Advances in cybertechnology, biotechnology and robotics mean that more people than ever before have access to potentially dangerous technologies - from drones to computer networks and biological agents - which could be used to attack states and private citizens alike. In The Future of Violence, security experts Benjamin Wittes and Gabriella Blum detail the myriad possibilities and enormous risks present in the modern world, and argue that if our national governments can no longer adequately protect us from harm, they will lose their legitimacy. They explain how governments, companies and citizens must rethink their efforts to protect our lives and liberty. As a senior fellow at the Brookings Institution and co-director of the Harvard Law School-Brookings Project on Law and Security, Benjamin Wittes is arguably the Unites States' leading expert on security and law. Gabriella Blum is the Rita E. Hauser Professor of Human Rights and Humanitarian Law at Harvard University.

This 1993 volume is a lucid and accurate history of the technical research that led to the first atomic bombs. The authors explore how the 'critical assembly' of scientists, engineers and military personnel at Los Alamos, responding to wartime deadlines, collaborated to create a new approach to large-scale research. The book opens with an introduction laying out major themes. After a synopsis of the prehistory of the bomb project, from the discovery of nuclear fission to the start of the Manhattan Engineer District, and an overview of the early materials programme, the book examines the establishment of the Los Alamos Laboratory, the implosion and gun assembly programmes, nuclear physics research, chemistry and metallurgy, explosives, uranium and plutonium development, confirmation of spontaneous fission in pile-produced plutonium, the thermonuclear bomb, critical assemblies, the Trinity test, and delivery of the combat weapons. Readers interested in history of science will find this volume a crucial resource for understanding the underpinnings of contemporary science and technology.

It is estimated that every year 400,000 to 500,000 Americans use a firearm to defend themselves from violent attacks. Often lost in the statistics, however, is the dynamic of what happens when ordinary, law-abiding citizens are assaulted. What thoughts and feelings go through their minds as the events unfold? How do they react when suddenly thrust into life-or-death situations?

"The Best Defense" is a collection of fascinating human interest stories of people who successfully used firearms to defend themselves and others against violent assaults. From Ohio, Florida, and Virginia to Missouri, Texas, Mississippi, and Montana, here is a dramatic portrait of what is at stake in the fight against crime at the level it occurs: victim vs. perpetrator. Here is living proof--thankfully living--that citizens do not have to be helpless in the face of crime and that in many cases self-defense proves to be law-abiding citizens' only opportunity to save themselves and their loved ones.

Banning Chemical Weapons is a readable account of the science and technology involved in attempting to achieve an enforceable international ban on chemical weapons. If such a ban is negotiated, it will be the first effective treaty of its kind, surpassing the Nuclear Non-Proliferation Treaty and the Biological Weapons Convention. The layman should have a grasp of the basic science of chemical warfare and defense to understand the intricacies of the negotiation and drafting of such a treaty. A successful and socially desirable treaty will have contributions from many quarters--from politicians, diplomats, jurists, and scientists.

Adopted from the Celts in the 1st century BC, the spatha, a lethal and formidable chopping blade, became the primary sword of the Roman soldier in the Later Empire. Over the following centuries, the blade, its scabbard, and its system of carriage underwent a series of developments, until by the 3rd century AD it was the universal sidearm of both infantry and cavalry. Thanks to its long reach, the spatha was the ideal cavalry weapon, replacing the long gladius hispaniensis in the later Republican period. As the manner in which Roman infantrymen fought evolved, styles of hand-to-hand combat changed so much that the gladius was superseded by the longer spatha during the 2nd century AD. Like the gladius, the spatha was technologically advanced, with a carefully controlled use of steel. Easy maintenance was key to its success and the spatha was designed to be easily repaired in the field where access to a forge may have been limited. It remained the main Roman sword into the Late Roman period and its influence survived into the Dark Ages with Byzantine, Carolingian and Viking blades. Drawing together historical accounts, excavated artefacts and the results of the latest scientific analyses of the blades, renowned authority M.C. Bishop reveals the full history of the development, technology, training and use of the spatha: the sword that defended an empire.

The units and formations of the US Special Operations Command (SOCOM) have privileged access to the finest weaponry in the world's arsenal. Whether Army, Navy, Air Force, or Marines, the SOCOM troops select weapons that match their mission requirements, but which also sit at the cutting edge of combat technology.

This means that, while SOCOM troops frequently use standard-issue weaponry, they also adopt many specialist pieces of kit that are not so accessible to the broader armed services, including sniper rifles, battle rifles, and machine guns, as well as high-tech tactical accessories used to transform standard weaponry into something exceptional.

Assessing the technology and capabilities of these combat weapons, as well as how they have been used in modern combat, this fully illustrated study lifts the veil on some of the most distinctive hand-held weapon systems of US special operations forces since 1987.

Throughout the Napoleonic Wars, there was a growing perception that a muzzle-loading rifle was more practical compared to the limitations of rifles then currently in use. This thinking ultimately resulted in the 1853 Enfield Pattern, a rifle which, for the first time, was issued to every soldier in the British Army instead of the few trained marksmen. Its use during the Crimean War and later the Indian Mutiny would vindicate this policy when it became clear that the infantry were now capable of outgunning artillery.
In addition, this was the first British weapon manufactured using new American technology, which meant that the component parts were interchangeable, ensuring that the weapon was easy to maintain on the battlefield. There were three main types based on the P 53 - the long rifle, the short rifle and the carbine, and this volume provides a concise history of the development and use of each type. In addition, the book discusses the privately manufactured varieties which were used for sport as well as the standard accessories issued to the infantryman in the field including bayonets, combination tools, the cartridge, ammunition pouch, muzzle stopper and ramrods.
The P 53 first became notorious during the Indian Mutiny when the use of pig fat to lubricate the bullets led directly to the rioting by Hindu and Muslim troops within the British Army. However, its most widespread use was during the American Civil War when over a million rifles were sold to both the North and South. The author, a leading expert in the subject who worked at the Royal Armouries for a number of years, also details the effectiveness of the weapon during each conflict, including range, rate of fire, powder charge, accuracy and what it was like to be fired on by a P 53.

Former secretary of defense Leon Panetta once described cyber warfare as "the most serious threat in the twenty-first century," capable of destroying our entire infrastructure and crippling the nation. Already, major cyber attacks have affected countries around the world: Estonia in 2007, Georgia in 2008, Iran in 2010, and most recently the United States. As with other methods of war, cyber technology can be used not only against military forces and facilities but also against civilian targets. Information technology has enabled a new method of warfare that is proving extremely difficult to combat, let alone defeat. And yet cyber warfare is still in its infancy, with innumerable possibilities and contingencies for how such conflicts may play out in the coming decades. Brian M. Mazanec examines the worldwide development of constraining norms for cyber war and predicts how those norms will unfold in the future. Employing case studies of other emerging-technology weapons-chemical and biological, strategic bombing, and nuclear weaponry-Mazanec expands previous understandings of norm-evolution theory, offering recommendations for U.S. policymakers and citizens alike as they grapple with the reality of cyber terrorism in our own backyard.

The book is a balanced analysis of the strengths and weaknesses of Taylorism, including the naivete that led its proponents to ignore the emotional side of the complex roles and patterns that govern the world of work. Originally published in 1985. 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 editions preserve the original texts of these important books while presenting them in durable paperback and hardcover 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.

Historian Alfred W. Crosby looks at hard, accurate throwing and the manipulation of fire as unique human capabilities. Humans began throwing rocks in prehistory and then progressed to javelins, atlatls, bows and arrows. We learned to make fire by friction and used it to cook, drive game, burn out rivals, and alter landscapes. In historic times we invented catapults, trebuchets, and such flammable liquids as Greek Fire. About 1,000 years ago we invented gunpowder, which accelerated the rise of empires and the advance of European imperialism. In the 20th century, gunpowder weaponry enabled us to wage the most destructive wars of all time, peaking at the end of World War II with the V-2 and atomic bomb. Today, we have turned our projectile talents to space travel which may make it possible for our species to migrate to other bodies of our solar system and even other star systems.

The book is a balanced analysis of the strengths and weaknesses of Taylorism, including the naivet_ that led its proponents to ignore the emotional side of the complex roles and patterns that govern the world of work.

Originally published in 1985.

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.

Technē’s Paradox—a frequent theme in science fiction—is the commonplace belief that technology has both the potential to annihilate humanity and to preserve it. Advocating Weapons, War, and Terrorism looks at how this paradox applies to some of the most dangerous of technologies: population bombs, dynamite bombs, chemical weapons, nuclear weapons, and improvised explosive devices. Hill’s study analyzes the rhetoric used to promote such weapons in the nineteenth and twentieth centuries. By examining Thomas R. Malthus’s Essay on the Principle of Population, the courtroom address of accused Haymarket bomber August Spies, the army textbook Chemical Warfare by Major General Amos A. Fries and Clarence J. West, the life and letters of Manhattan Project physicist Leo Szilard, and the writings of Ted “Unabomber” Kaczynski, Hill shows how contemporary societies are equipped with abundant rhetorical means to describe and debate the extreme capacities of weapons to both destroy and protect. The book takes a middle-way approach between language and materialism that combines traditional rhetorical criticism of texts with analyses of the persuasive force of weapons themselves, as objects, irrespective of human intervention. Advocating Weapons, War, and Terrorism is the first study of its kind, revealing how the combination of weapons and rhetoric facilitated the magnitude of killing in the nineteenth and twentieth centuries, and illuminating how humanity understands and acts upon its propensity for violence. This book will be invaluable for scholars of rhetoric, scholars of science and technology, and the study of warfare.

Department of Defense (DOD) development work on high-energy military lasers, which has been underway for decades, has reached the point where lasers capable of countering certain surface and air targets at ranges of about a mile could be made ready for installation on Navy surface ships over the next few years. More powerful shipboard lasers, which could become ready for installation in subsequent years, could provide Navy surface ships with an ability to counter a wider range of surface and air targets at ranges of up to about 10 miles. This book focuses on potential Navy shipboard lasers for countering surface, air, and ballistic missile threats.