Nuclear History

Physics informs our understanding of how the world works - but more than that, key breakthroughs in physics have transformed everyday life. We journey back to 10 separate days in history to understand how particular breakthroughs were achieved, meet the individuals responsible and see how each breakthrough has influenced our lives.

Perhaps the first environmental engineer at Hanford, Melvin R. Adams spent 24 years on its 586 square miles of desert terrain. His thoughtful vignettes recall challenges and sites he worked on or found personally intriguing - like the 216-U-pond, contaminated with plutonium longer than any other place in the world.

In the Cold War conflict that pitted nuclear superpowers against one another, Europe was the principal battleground. Washington and Moscow had troops on the ground and missiles in the fields of their respective allies, the NATO nations and the states of the Warsaw Pact. Euromissiles—intermediate-range nuclear weapons to be used exclusively in the regional theater of war—highlighted how the peoples of Europe were dangerously placed between hammer and anvil.

In this Very Short Introduction, John Heilbron draws on sources never before presented in English to cover the life and work of one of the most creative physicists of the 20th century. In addition to his role as a scientist, Heilbron considers Bohr as a statesman and Danish cultural icon, who built scientific institutions and pushed for the extension of international cooperation in science to all nation states. As a humanist he was concerned with the cultivation of all sides of the individual, and with the complementary contributions of all peoples to the sum of human culture.

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.

This book tells the story of the 99 men who were serving on the USS Scorpion on May 22, 1968, the fateful day the submarine is believed to have sank. It appears that the crew members died quickly, but however it happened, the grief experienced by their family members dragged on for decades, exacerbated both by the Navy's lack of information about the submarine's final moments and the government's unwillingness to share what little knowledge it had.

Uranium is best known for the destructive power of the atom bombs, which ushered in the nuclear era at the end of World War II, but given the effectiveness of nuclear power, nuclear power plants were constructed around the developed world during the second half of the 20th century. While nuclear power plants were previously not an option and thus opened the door to new, more efficient, and more affordable forms of energy for domestic consumption, the use of nuclear energy understandably unnerved people living during the Cold War and amid ongoing nuclear detonations.

As award-winning biographer and science writer Graham Farmelo describes in Churchill's Bomb, the British set out to investigate the possibility of building nuclear weapons before their American colleagues. But when scientists in Britain first discovered a way to build an atomic bomb, Prime Minister Winston Churchill did not make the most of his country's lead and was slow to realize the bomb's strategic implications.

The End of Victory recounts the costs of failure in nuclear war through the work of the most secret deliberative body of the National Security Council, the Net Evaluation Subcommittee (NESC). From 1953 onward, US leaders wanted to know as precisely as possible what would happen if they failed in a nuclear war—how many Americans would die and how much of the country would remain. The NESC told Presidents Dwight Eisenhower and John F. Kennedy what would be the result of the worst failure of American strategy.

Covering the development of the atomic bomb during the Second World War, the origins and early course of the Cold War and the advent of the hydrogen bomb in the early 1950s, Churchill and the Bomb in War and Cold War explores a still neglected aspect of Winston Churchill's career: his relationship with and thinking on nuclear weapons.

Tens of millions died during World War II as the warring powers raced to create the best fighter planes, tanks, and guns, and eventually that race extended to bombs which carried enough power to destroy civilization itself. While the war raged in Europe and the Pacific, a dream team of Nobel Laureates was working on the Manhattan Project, a program kept so secret that Vice President Harry Truman didn’t know about it until he took the presidency after FDR’s death in April 1945.

Before the Second World War, military conflicts were fought under orthodox conditions, usually termed “conventional warfare”, but several innovations had significantly changed combat, leading inextricably to the race for a nuclear weapon in the 1930s and 1940s. Conflicts had been fought by armies on horseback with guns of varying sophistication since the 16th century, but mechanized warfare and machine guns changed this calculus and set the stage for future combat by the end of World War I.

Nominado al "Premio Nacional Kyorlenko Heorhij Stepanovych 2019" y ganador del "Mejor informe periodístico sobre el desastre de Chernobyl" nombrado por Kyiv Today, esta serie de libros revela los eventos del peor accidente nuclear, también representado en la mundialmente famosa serie de TV de drama Chernobyl 2019, con detalles más profundos.

Autumn 1944. World War II is nearly over in Europe, but in the Pacific, American soldiers face an enemy who will not surrender, despite a massive and mounting death toll. Meanwhile, in Los Alamos, New Mexico, Dr. J. Robert Oppenheimer and his team of scientists are preparing to test the...

Who were the German scientists who worked on atomic bombs during World War II for Hitler's regime? How did they justify themselves afterward? Examining the global influence of the German uranium project and postwar reactions to the scientists involved, Mark Walker explores the narratives surrounding 'Hitler's bomb'.

“A tour de force of investigative history.” —Steve Coll The Dead Hand is the suspense-filled story of the people who sought to brake the speeding locomotive of the arms race, then rushed to secure the nuclear and biological weapons left behind by the collapse of the Soviet Union—a...

Nuclear power once promised to be the solution to the world's energy crisis, but that all changed in the late twentieth century after multiple high-profile accidents and meltdowns. Power plant workers, finding themselves the subject of public opposition, became leery of reporters. But one plant in Zion, Illinois, allowed unrestricted access to one journalist: the Chicago Tribune's Casey Bukro. Bukro spent two years inside the Zion nuclear plant, interviewing employees, witnessing high-risk maintenance procedures, and watching the radiation exposure counter on his own dosimeter tick up and up.

On a tranquil summer night in July 2012, a trio of elderly peace activists infiltrated the Y-12 National Security Complex in Oak Ridge, Tennessee. Nicknamed the "Fort Knox of Uranium", Y-12 was reputedly one of the most secure nuclear weapons facilities in the world, a bastion of warhead parts that harbored hundreds of metric tons of highly enriched uranium - enough to power thousands of nuclear bombs. The activists - a house painter, a Vietnam war veteran, and an 82-year-old Catholic nun - penetrated the complex's exterior with alarming ease.

Nuclear War BEFORE recounts an ancient description of what was undoubtedly a nuclear war in India thousands of years ago, and was referenced in our era by J. Robert Oppenheimer the moment we detonated our first atomic bomb in 1945.

In Leveraging Latency, Tristan A. Volpe argues that having greater capacity to build weaponry doesn't translate to greater coercive advantage. Volpe finds that there is a trade-off between threatening proliferation and promising nuclear restraint. States need just enough bomb-making capacity to threaten proliferation, but not so much that it becomes too difficult for them to offer nonproliferation assurances. The boundaries of this sweet spot align with the capacity to produce the fissile material at the heart of an atomic weapon.