The seven secrets of how to think like a rocket scientist
Jim Longuski
Methods that rocket scientists use to dream up ideas, figure things out, make decisions, and get stuff done expressed in a way that you can apply to everyday life.

by Mary Roach (2011)
Space is devoid of the stuff humans need to live: air, gravity, hot showers, fresh veg, privacy, beer. How much can a person give up? What happens when you can't walk for a year? Is sex any fun in zero gravity? As Mary Roach discovers, it's possible to explore space without ever leaving Earth. From the space shuttle training toilet to a 17,000-mile-per-hour crash test of NASA's space capsule, she takes us on a surreally entertaining trip into the science of living in space.
Jim Longuski
Methods that rocket scientists use to dream up ideas, figure things out, make decisions, and get stuff done expressed in a way that you can apply to everyday life.
Patricia Whitehouse
A series on the solar system, its components and space exploration, this volume looks at the human side of space exploration and how humans can live in such an inhospitable environment.
Chris De Pree
"The Cosmos is a fascinating and easy-to-understand exploration of the universe. Dozens of stunning, full-color photos highlight the latest discoveries and beauty of space, including the solar system, the Sun, the asteroid belt, the Milky Way, various star types, black holes, and more"--
Simon LeVay
Brilliant scientific successes have helped shape our world, and are always celebrated. However, for every victory, there are no doubt numerous little-known blunders. Neuroscientist Simon LeVay brings together a collection of fascinating, yet shocking, stories of failure from recent scientific history in When Science Goes Wrong. From the fields of forensics and microbiology to nuclear physics and meteorology, in When Science Goes Wrong LeVay shares twelve true essays illustrating a variety of ways in which the scientific process can go awry. Failures, disasters and other negative outcomes of science can result not only from bad luck, but from causes including failure to follow appropriate procedures and heed warnings, ethical breaches, quick pressure to obtain results, and even fraud. Often, as LeVay notes, the greatest opportunity for notable mishaps occurs when science serves human ends. LeVay shares these examples: To counteract the onslaught of Parkinson's disease, a patient undergoes cutting-edge brain surgery using fetal transplants, and is later found to have hair and cartilage growing inside his brain. In 1999, NASA's Mars Climate Orbiter spacecraft is lost due to an error in calculation, only months after the agency adopts a policy of "Faster, Better, Cheaper." Britain's Bracknell weather forecasting team predicts two possible outcomes for a potentially violent system, but is pressured into releasing a ‘milder' forecast. The BBC's top weatherman reports there is "no hurricane", while later the storm hits, devastating southeast England. Ignoring signals of an imminent eruption, scientists decide to lead a party to hike into the crater of a dormant volcano in Columbia, causing injury and death. When Science Goes Wrong provides a compelling glimpse into human ambition in scientific pursuit.