Splitting the Atom investigates the theories and practical developments that led to the turning-point in nuclear science -the realisation that splitting the nucleus of an atom created energy that could be harnessed, for good and for ill.

This new series allows readers to take a look at some of science's biggest concepts

Would you like to make a trip to the Moon, or build your own nuclear reactor? Have you ever wanted to travel through time? Well, here's your chance! Whether you're interested in cloning budgies or building black holes, the "How to" guides will tell you everything you need to know. Thesehands-on guides give you step-by step instructions on how to build a Moon rocket, clone a sheep, split the atom or make a time machine. And on the way to becoming a time traveller or nuclear genius, you can learn about the brilliant scientists who first made these incredible discoveries - and aboutthe slightly less brilliant scientists who didn't.In How to Get to the Moon you can learn how to become a rocket scientist and Moon-walking astronaut. Learn how astronauts first got to the Moon in 1969, and about the recent discoveries that would make setting up a Moon base much easier. Find out how to make your own space suit, how to survive onthe Moon, and how to build a working rocket powered by liquid fuel.

Learn about the process of Splitting The Atom with iMinds insightful knowledge series. The possibility of the existence of the atom has fascinated scientists for centuries. To begin with, it was more of a logical belief than scientific fact. But the belief in its existence is what motivated a number of people to develop the knowledge we now have about the atom. Ernest Rutherford, with the help of Ernest Walton and John Cockroft, first managed to split the atom in 1932. But they could not have done so without the wealth of information others had passed down to them. In the early 19th century, English scientist John Dalton first changed atomic theory from a vague idea into a more concise mathematical framework. He argued that all atoms of a given element must be identical to each other and that all chemical compounds are formed as a result of a combination of two or more different kinds of atoms. But one of the major hurdles was that nobody could actually see the atom. iMinds brings targeted knowledge to your eReading device with short information segments to whet your mental appetite and broaden your mind.

Describes environmental, safety, and health problems throughout the nuclear weapons complex and what the U.S. Dept. of Energy is doing to address them. Covers: building nuclear warheads: the process; wastes and other byproducts of the cold war (spent nuclear fuel, plutonium residues, radioactive waste, transuranic waste, hazardous waste, etc.); contamination and cleanup; an international perspective; transition to new missions; and looking to the future. Over 100 b/w photos. Extensive glossary and bibliography.