検索キーワード： 核戦争

Truman evidently understood the terrifying power of atomic weaponry, but no one could have realised its full potential when he ordered the bombings of Hiroshima and Nagasaki in August 1945. Those military attacks, along with the disasters at the Fukashima and Chernobyl nuclear reactors, might immediately spring to mind at the mention of nuclear destruction, but the vast majority of the events recorded in this audiobook are entirely unknown to most people.

This Very Short Introduction looks at the science of nuclear weapons and how they differ from conventional weapons. Tracing the story of the nuclear bomb, Joseph Siracusa chronicles the race to acquire the H-bomb, a thermonuclear weapon with revolutionary implications; and the history of early arms control, nuclear deterrence, and nonproliferation. He also tracks the development of nuclear weapons from the origins of the Cold War in 1945 to the end of Moscow-dominated Communism in 1991, and examines the promise and prospect of missile defense.

The justification for the atomic bomb was simple: it would defeat Hitler and end the Second World War faster, saving lives. The reality was different. Fallout dismantles the conventional story of why the atom bomb was built. Peter Watson has found documents showing that long before the Allied bomb was operational, it was clear that Germany had no atomic weapons of its own and was not likely to. The British knew this, but didn't share their knowledge with the Americans, who in turn deceived the British about the extent to which the Soviets had penetrated their plans for the bomb.

In Nuclear Folly, award-winning Historian Serhii Plokhy tells the riveting story of those weeks, tracing the tortuous decision-making and calculated brinkmanship of John F. Kennedy, Nikita Khrushchev and Fidel Castro, and of their advisors and commanders on the ground. More often than not, Plokhy argues, the Americans and Soviets simply misread each other, operating under mutual distrust, second-guesses and false information. Despite all of this, nuclear disaster was avoided thanks to one very human reason: fear.

In April 1986 a series of explosions shook the Chernobyl nuclear reactor. Flames lit up the sky, and radiation escaped to contaminate the land and poison the people for years to come. While officials tried to hush up the accident, Svetlana Alexievich spent years collecting testimonies from survivors - clean-up workers, residents, firefighters, resettlers, widows, orphans - crafting their voices into a haunting oral history of fear, anger and uncertainty, but also dark humour and love.

In mid-2017, President Donald Trump let Kim Jong-un know that if his threats continued they would be met with “fire and fury the likes the world has never seen”. The scorching tweet went viral immediately. In response, the North Korean leader detonated a 100-kiloton hydrogen bomb, a successful test of a nuclear device which would be mounted on future missiles.

Redeye Fulda Cold by Bill Fortin is a first in series of a "MASH-like" war stories. Set in 1969 West Germany; the deployment of the newly developed Redeye ground to air missile system is brought to bear inside the 3rd Armored Division’s 1st/48th Infantry Battalion. This very inspiring tale inside a very Cold War takes the men of the 3rd Armored Division though a series of history making operations. Carefully crafted CIA planning provides the pause necessary and ultimately prevents a nuclear showdown with Russia. The infamous Fulda Gap becomes the center stage of the action.

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.

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.

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.

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.

Revealed for the first time in Racing for the Bomb, Groves played a crucial and decisive role in the planning, timing, and targeting of the Hiroshima and Nagasaki missions. Norris offers new insights into the complex and controversial questions surrounding the decision to drop the bomb in Japan and Groves' actions during World War II, which had a lasting imprint on the nuclear age and the Cold War that followed.