検索キーワード： 武器・戦闘

Leading analysts have predicted for decades that nuclear weapons would help pacify international politics. But why do international relations in the nuclear age remain so competitive? Indeed, why are today's major geopolitical rivalries intensifying? In The Myth of the Nuclear Revolution, Keir A. Lieber and Daryl G. Press tackle the central puzzle of the nuclear age: The persistence of intense geopolitical competition in the shadow of nuclear weapons.

Super Bomb unveils the story of the events leading up to President Harry S. Truman's 1950 decision to develop a "super" or hydrogen, bomb. That fateful decision and its immediate consequences are detailed in a diverse and complete account built on newly released archives and previously hidden contemporaneous interviews with more than 60 political, military, and scientific figures who were involved in the decision.

This audiobook traces the evolution of the Browning Automatic Rifle from the Model of 1918, first to face combat in World War I, through its various configurations in all arenas of combat all the way to the present-day1918 A3 SLR developed and manufactured by Ohio Ordnance Works. Used sparingly during World War I because of the United States’ late entry into the war, it played a major role during World War II and the Korean Conflict, offering a very reliable combination of rapid fire and penetration.

Nazi Germany was driven by a desire to dominate the world and create a new master race. Every aspect of life in the Third Reich was focused on the goal of Aryan supremacy, and science and technology were no exception. Under the Nazis, conventional science and a range of fringes sciences were legitimate areas for research and development.

The M16 rifle is one of the world’s most famous firearms, iconic as the American weapon of the Vietnam War and, indeed, as the US military’s standard service rifle until only a few years ago. But the story of the M16 in Vietnam is anything but a success story. In the early years of the war, the US military had a problem: Its primary infantry rifle, the M14, couldn’t stand up to the enemy’s AK-47s. The search was on for a replacement that was lighter in weight, more durable, and more lethal than the M14.

Gunsmiths in early 19th-century America were helped along by noted artisans from Germany, Switzerland, and other European powers, but despite advances made in the European and American musket, the requirement of an exterior spark and percussion to ignite powder for a single-shot discharge remained the paradigm. Similarly, the era was unable to move past the cumbersome weapon that required at least half a minute to reload. The military compensation for such an ungainly and vulnerable process was the alternation of troop lines, in which one fired while the other reloaded from behind.

The Soviet Nuclear Weapons Program: The History and Legacy of the USSR’s Efforts to Build the Atomic Bomb examines the Soviets’ race to reach the ultimate goal during and after World War II, and how they went about their objectives. You will learn about Nazi Germany’s nuclear weapons program like never before.

Uranprojekt: The History and Legacy of Nazi Germany’s Nuclear Weapons Program During World War II examines the Nazis’ race to reach the ultimate goal from 1939-45, how they went about their objectives, and why they failed. You will learn about Nazi Germany’s nuclear weapons program like never before.

Jon Hunner’s concise account of Oppenheimer’s life and the emergence of an Atomic West distills a vast literature for students and general listeners. In this brisk, engaging biography, the author recounts how Oppenheimer helped locate the atomic weapons research lab at Los Alamos, New Mexico, and helped establish leading physics departments at the University of California–Berkeley and Caltech.

The Iridecent Dragon is a history book. It is about the weapons used in Japan. It focuses on the weapons used in the martial arts.

In Night Hunters, air power historian William P. Head provides the first detailed study of the development and deployment of the AC-130 gunship. While other airframes and other types of close air support (CAS) and interdiction weapon systems preceded or flew with the AC-130s, this four-engine cargo airframe proved to be not only the longest serving fixed-wing gunship but also the most effective by far.

In We Kill Because We Can: From Soldiering to Assassination in the Drone Age, Laurie Calhoun examines the 21st-century practice of remote-control killing of suspects located in third-world countries and challenges listeners to reflect upon the long-range implications - moral, political, psychological, and cultural - of this new form of “warfare”. Through the use of provocative analogies and examples, We Kill Because We Can clarifies and criticizes targeted killing as incompatible with the values and principles of modern Western democratic societies.

After the Soviet Union proved to the United States that it possessed an operational intercontinental ballistic missile with the launch of Sputnik in October 1957, the world watched anxiously as the two superpowers engaged in a game of nuclear one-upmanship. Amid this rising tension, eccentric physicist Nicholas Christofilos brought forth an outlandish, albeit ingenious, idea to defend the US from a Soviet attack: detonating nuclear warheads in space to create an artificial radiation belt that would fry incoming ICBMs. Known as Operation Argus, this plan is the most secret and riskiest experiment in history, and classified details of these nuclear tests have been long obscured.

After a devastating run of German victories, Allied troops are beginning to halt Hitler’s advance. But far from the battlefields, Allied scientists are struggling. Intelligence reports put them a distant second behind the Germans in a competition that could determine the outcome of the war: the race to build the world’s first nuclear weapon. For the Allies’ top scientists, the race is deeply personal. J. Robert Oppenheimer, Enrico Fermi, and Samuel Goudsmit have known Hitler’s chief atomic scientist, Werner Heisenberg, for years.

The Cold War between the United States of America and the Soviet Union lasted for more than 40 years. In general, this was a war of spies and subterfuge, of covert action and espionage. There was always a danger, however, that an error of judgment on either side could suddenly cause the Cold War to turn red-hot with an exchange of nuclear weapons. On many occasions, tensions between the countries increased, but the prospect of all-out nuclear war between America and Russia was never closer than during a two-week period in October of 1962.

The intercontinental ballistic missile (ICBM), designed to quickly deliver thermonuclear weapons to distant targets, was the central weapons system of the Cold War. ICBMs also carried the first astronauts and cosmonauts into orbit. More than a generation later, we are still living with the political, technological, and scientific effects of the space race, while nuclear-armed ICBMs remain on alert and in the headlines around the world. Christopher Gainor explores the US Air Force's decision, in March 1954, to build the Atlas, America's first ICBM.

We have long understood the Industrial Revolution as a triumphant story of innovation and technology. Empire of Guns, is a rich and ambitious new book by award-winning historian Priya Satia, which upends this conventional wisdom by placing war and Britain’s prosperous gun trade at the heart of the Industrial Revolution and the state’s imperial expansion. Satia brings to life this bustling industrial society with the story of a scandal: Samuel Galton of Birmingham, one of Britain’s most prominent gun makers, was condemned by his fellow Quakers that his profession violated their pacifist principles.

Les bombardements de Hiroshima et Nagasaki, qui ont eu lieu à la fin de la Seconde Guerre mondiale, consistent en deux attaques des États-Unis sur deux villes du Japon. C'est la première fois dans l'histoire qu'est utilisée la bombe atomique. Les États-Unis avaient demandé au Japon de capituler en juillet 1945, mais le Japon avait refusé. La menace de l'utilisation de la bombe atomique s'était alors installée. Les Américains craignent que l'attaque au sol du Japon par les troupes américaines puisse provoquer la mort d'un million de soldats américains.

En août 1942, le président des Etats Unis, Roosevelt, crée le projet Manhattan dont l'objectif est la réalisation d'une arme atomique. Oppenheimer est choisi pour diriger la partie scientifique du projet car il réunit les qualités suivantes : scientifique américain connaissant la physique nucléaire, reconnaissance de la part des scientifiques et aptitude à les diriger. Il réunit dans un lieu secret du Nouveau Mexique, à Los Alamos, les meilleurs scientifiques des Etats-Unis et de plusieurs pays alliés, à l'exception notable d'Albert Einstein.

Malgré les violences de la guerre, le monde a été frappé de stupeur, en 1945, en découvrant l'ampleur des destructions d'Hiroshima et Nagasaki. On n'en finit plus de compter les victimes directes et indirectes - souffrant des radiations et développant à long terme des maladies cancéreuses. On dit qu'un des technicien d'Oppenheimer, le "père" de la première bombe américaine tirée le 16 juillet 1945, aurait dit que l'équipe réalisant le premier essai pouvait se prendre pour la Mort elle-même, mais que sitôt le tir effectué, il aurait ajouté "nous sommes tous des fils de putes"... Sentiment d'ivresse et de stupeur qui ne manquera pas de traverser bientôt l'opinion publique internationale.