Military Technology

Science and violence converge in modern warfare. While the finest minds of the 20th century have improved human life, they have also produced human injury. They engineered radar, developed electronic computers, and helped mass produce penicillin all in the context of military mobilization. Scientists also developed chemical weapons, atomic bombs, and psychological warfare strategies. Rational Fog explores the quandary of scientific and technological productivity in an era of perpetual war.

In a penetrating exploration of American hero worship, Hansen addresses the complex legacy of the First Man, as an astronaut and as an individual. In First Man, the personal, technological, epic, and iconic blend to form the portrait of a great but reluctant hero who will forever be known as history's most famous space traveler.

In The Drone Age, Michael J. Boyle addresses some of the biggest questions surrounding the impact of drones on our world today and the risks that we might face tomorrow. Will drones produce a safer world because they reduce risk to pilots, or will the prospect of clean, remote warfare lead governments to engage in more conflicts? Will drones begin to replace humans on the battlefield? Will they empower soldiers and peacekeepers to act more precisely and humanely in crisis zones? How will terrorist organizations turn this technology back on the governments that fight them?

In this magnificent synthesis of military, technological, and social history, William H. McNeill explores a whole millennium of human upheaval and traces the path by which we have arrived at the frightening dilemmas that now confront us. McNeill moves with equal mastery from the crossbow - banned by the Church in 1139 as too lethal for Christians to use against one another - to the nuclear missile, from the sociological consequences of drill in the 17th century to the emergence of the military-industrial complex in the 20th.

From the acclaimed author of The Pencil and To Engineer Is Human, The Essential Engineer is an eye-opening exploration of the ways in which science and engineering must work together to address our world's most pressing issues, from dealing with climate change and the prevention of natural disasters to the development of efficient automobiles and the search for renewable energy sources.

The Apollo lunar missions of the 1960s and 1970s have been called the last optimistic acts of the 20th century. Twelve astronauts made this greatest of all journeys and were indelibly marked by it, for better or for worse. Journalist Andrew Smith tracks down the nine surviving members of this elite group to find their answers to the question "Where do you go after you've been to the Moon?"

David K. Stumpf demystifies the intercontinental ballistic missile program that was conceived at the end of the Eisenhower administration as a key component of the US nuclear strategy of massive retaliation. Although its nuclear warhead may have lacked power relative to that of the Titan II, the Minuteman more than made up for this in terms of numbers and readiness to launch - making it the ultimate ICBM.

Alan Mathison Turing. Mathematician, philosopher, codebreaker, a founder of computer science, and the father of Artificial Intelligence, Turing was one of the most original thinkers of the last century - and the man whose work helped create the computer-driven world we now inhabit. But he was also an enigmatic figure, deeply reticent yet also strikingly naive. Turing's openness about his homosexuality at a time when it was an imprisonable offense ultimately led to his untimely death at the age of only 41.

As Nazi Germany launched its campaign of racial terror and pushed the world toward war, three misfits banded together to challenge Hitler’s dominance at the apex of motorsport: the Grand Prix. Their quest for redemption culminated in a remarkable race that is still talked about in racing circles to this day - but which, soon after it ended, Hitler attempted to completely erase from history.

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?

The "absorbing and powerful" (Wall Street Journal) story of two pioneering suffragette doctors who shattered social expectations and transformed modern medicine during World War I. In No Man's Land, Wendy Moore illuminates this turbulent moment of global war and pandemic when women were, for the first time, allowed to operate on men. Their fortitude and brilliance serve as powerful reminders of what women can achieve against all odds.

During the early and most dangerous years of the cold war, a handful of Americans, led by President Dwight D. Eisenhower, revolutionized spying and warfare. In great secrecy and beyond the prying eyes of Congress and the press, they built exotic new machines that opened up the Soviet Union to surveillance and protected the United States from surprise nuclear attack. Secret Empire is the dramatic story of these men and their inventions, told in full for the first time.

The riveting story of the American scientists, tinkerers, and nerds who solved one of the biggest puzzles of World War II—and developed one of the most powerful weapons of the war. 12 Seconds of Silence is the remarkable, lost story of how a ragtag group of American scientists overcame one of the toughest problems of World War II: shooting things out of the sky.

The definitive history of the Defense Advanced Research Projects Agency, the Pentagon agency that has quietly shaped war and technology for nearly 60 years. Founded in 1958 in response to the launch of Sputnik, the agency's original mission was to create "the unimagined weapons of the future". Over the decades, DARPA has been responsible for countless inventions and technologies that extend well beyond military technology.

Planning the invasion of Normandy, the Allies knew that decoding the communications of the Nazi high command was imperative for its success. But standing in their way was an encryption machine they called Tunny (British English for “tuna”), which was vastly more difficult to crack than the infamous Enigma cipher.

A timely reflection in the midst of an increasingly nuclear age, this book offers a sobering look at the implications of scientific advancement and our shared future. It is an essential listen for anyone interested in the complexities of history, science, or the delicate dance between human achievement and moral introspection.

Soon after its debut at the time of the Civil War, the Gatling gun changed the nature of warfare and the course of world history. Discharging 200 shots per minute with alarming accuracy, the world's first machine gun became vitally important to protecting and expanding America's overseas interests.

You probably don't realize that your supermarket is filled with foods that have a military origin: canned goods, packaged deli meats, TV dinners, cling wrap, energy bars…the list is almost endless. In fact, there's a watered-down combat ration lurking in practically every bag, box, can, bottle, jar, and carton Americans buy. Anastacia Marx de Salcedo shows how the Department of Defense Combat Feeding Directorate plans, funds, and spreads the food science that enables it to produce cheap, imperishable rations.

Neither a protest against AI, nor a speculative work on how AI could replace humans, Algorithms of Armageddon provides a time-critical understanding of why AI is being implemented through state weaponization, the realities for the global power balance, and more importantly, U.S. national security.

In the coming decades, artificial intelligence (AI) could revolutionize the way humans wage war. The military organizations that best innovate and adapt to this AI revolution will likely gain significant advantages over their rivals. To this end, great powers such as the United States, China, and Russia are already investing in novel sensing, reasoning, and learning technologies that will alter how militaries plan and fight. The resulting transformation could fundamentally change the character of war.