Red Cloud at Dawn: Truman, Stalin, and the End of the Atomic Monopoly - Tapa dura

Praise for "Red Cloud at Dawn ""Gordin has crafted a quite wonderful book . . . [It] greatly expands what we should know about the contest for nuclear supremacy in the early Cold War. Heartily recommended." --Ed Goedeken, "Library Journal ""More than a tale of scientific ingenuity, [Red Cloud at Dawn] probes the human motives of those involved in a high-stakes drama . . . A perceptive study, rich with implications for a twenty-first-century world still fraught with nuclear tensions." --Bryce Christensen, " Booklist ""Michael Gordin brings vividly to life the end of the American atomic monopoly. By focusing on what each side knew--and did not know--about the other, he sheds new and original light on the origins of the U.S.-Soviet nuclear arms race. This is a stylish book, with important implications for how we think about nuclear weapons past and present." --David Holloway, author of "Stalin and the Bomb ""Nothing about the early cold war can be underst

In August 29, 1949, the first Soviet test bomb, dubbed First Lightning, exploded in the deserts of Kazakhstan. The startling event was not simply a technical experiment that confirmed the ability of the Soviet Union to build nuclear bombs during a period when the United States held a steadfast monopoly; it was also an international event that marked the beginning of an arms race that would ultimately lead to nuclear proliferation beyond the two superpowers. Following a trail of espionage, secrecy, deception, political brinksmanship, and technical innovation, Michael D. Gordin challenges conventional technology-centered nuclear histories by looking at the prominent roles that atomic intelligence and other forms of information play in the uncertainties of nuclear arms development and political decision-making. With the use of newly opened archives, "Red Cloud at Dawn" focuses on the extraordinary story of First Lightning to provide a fresh understanding of the origins of the nuclear arms race, as well as the all-too-urgent problem of proliferation.