Nuclear Science

Logan and Dakota must prepare for the fight of their lives in order to defeat an enemy more powerful than they've ever faced. The lives of everyone they love are on the line. The stakes couldn't be higher. Will they have what it takes? Or will the cost of victory be too terrible to bear?

In Countdown, science journalist Sarah Scoles uncovers a different atomic reality: the nuclear age's present. Drawing from years of on-the-ground reporting at the nation's nuclear weapons labs, Scoles interrogates the idea that having nuclear weapons keeps us safe, deterring attacks and preventing radioactive warfare. She deftly assesses the existing nuclear apparatus in the United States, taking listeners beyond the news headlines and policy-speak to reveal the state of nuclear-weapons technology.

The story of the twentieth century is largely the story of the power of science and technology. Within that story is the incredible tale of the human conflict between Robert Oppenheimer, Ernest Lawrence, and Edward Teller—the scientists most responsible for the advent of weapons of mass destruction. How did science—and its practitioners—enlisted in the service of the state during the Second World War, become a slave to its patron during the Cold War?

In 1982, Professors Sagan and Turco made known their discovery of the concept "nuclear winter", a widespread cold and dark, resulting in agricultural collapse and world famine, that would be generated in even a "small" nuclear war. It was a landmark discovery that revealed in the starkest terms how vulnerable our civilization is to the long-term environmental effects of nuclear war.

In this concise account of why America used atomic bombs against Japan in 1945, J. Samuel Walker analyzes the reasons behind President Truman's most controversial decision. Delineating what was known and not known by American leaders at the time, Walker evaluates the options available for ending the war with Japan. In this new edition, Walker incorporates a decade of new research - mostly from Japanese archives only recently made available - that provides fresh insight on the strategic considerations that led to dropping the bomb.

This is how the world ends. Not with a bang, but with many nuclear bombs detonated around the planet. It was no longer a topic of conversation around the dinner table as in years past. Nobody was prepared, including the world's governments. Yet the threat was always real, and the devastation was predictable. The damage was incalcuable. Millions died at the points of impact. Nuclear Winter spread across the globe. A rapidly cooling climate shocked humanity and all living things...to their death.

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.

With danger dodging his heels at every turn, Private Investigator Zachary Nixon Johnson, while protecting Sexy Sprockets, a talentless redheaded teen media superstar, from terrorists, finds himself at the mercy of three psionic, superhuman dominatrices bent on world domination.

Only a few nuclear weapons fell. But in the chaos of famine and plague, there existed a few pockets of order. The strongest of them was the state of Deseret. The climate has changed, and the lake has filled up. There, on the fringes, brave, hardworking pioneers are making the desert bloom again.

Alien duals, possessing the power to terraform a planet into a wasteland through their dreams, are sent to Earth to accomplish that unthinkable outcome.

In this 1972 treatise, Isaac Asimov takes the listener on an historic journey through the development of man's understanding of electricity, chemistry, and - ultimately - nuclear energy. Asimov's incomparable ability to simplify the complex is apparent as he guides you through the milestones of scientific thought that connected ideas about electricity and magnetism to the nature of matter, and led to the advances in discovery through the first half of the 20th century that resulted in the harnessing of previously unknown energy directly from the heart of the atom.

A science fiction/fantasy story of a most curious planet far, far away ... with a quite sinister twist.

A comprehensive study of the missile system that formed a critical component of the United States' nuclear arsenal. The Titan II ICBM (intercontinental ballistic missile) program was developed by the United States military to bolster the size, strength, and speed of the nation's strategic weapons arsenal in the 1950s and 1960s.

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.

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.

In wide-ranging interviews with David Barsamian, his longtime interlocutor, Noam Chomsky asks listeners to consider "the world we are leaving to our grandchildren": one imperiled by the escalation of climate change and the growing potential for nuclear war. If the current system is incapable of dealing with these threats, he argues, it's up to us to radically change it.

During the Cold War, American policymakers sought nuclear advantages to offset an alleged Soviet edge. Policymakers hoped that US nuclear capabilities would safeguard deterrence, when backed perhaps by a set of coercive tactics. But policymakers also hedged their bets with plans to fight a nuclear war to their advantage should deterrence fail. In The False Promise of Superiority, James H. Lebovic argues that the US approach was fraught with peril and remains so today.

Once home to the United States's largest plutonium production site, the Hanford Nuclear Reservation in Washington State is laced with 56 million gallons of radioactive waste. The threat of an explosive accident at Hanford is all too real—an event that could be more catastrophic than Chernobyl. The EPA designated Hanford the most toxic place in America; it is also the most expensive environmental clean-up job the world has ever seen, with a $677 billion price tag that keeps growing.

On the night of March 26, 1938, nuclear physicist Ettore Majorana boarded a ship, cash and passport in hand. He was never seen again. In A Brilliant Darkness, theoretical physicist Joo Magueijo tells the story of Majorana and his research group, the Via Panisperna Boys, who discovered atomic fission in 1934. As Majorana, the most brilliant of the group, began to realize the implications of what they had found, he became increasingly unstable.

Nuclear weapon bunkers keep the world's dangerous nuclear weapons safe. Guards, electronic security systems, and barriers protect the bunkers. Learn more about these high-security places!