Though thousands of articles and books have been published on various aspects of the Manhattan Project, this book is the first comprehensive single-volume history prepared by a specialist for curious readers without a scientific background. číst celé
Focusing on the scientific and technical challenges of the Manhattan Project, this revised 4th edition provides an accessible introduction to nuclear fission weapons for upper-year undergraduate physics students. It delves into nuclear reactions, energy release, and models of the fission process, while also addressing critical mass estimation and fissile material production. Additionally, it includes a comprehensive list of references and self-study exercises, making it a valuable resource for those interested in the complexities of bomb design and nuclear science.
Focusing on the complexities of quantum mechanics, this text serves as a bridge for students transitioning from basic to advanced concepts. It combines qualitative explanations with in-depth mathematical analyses, offering historical context to enhance understanding. Key topics include potential wells, barrier penetration, and the harmonic oscillator, along with essential techniques like operators and perturbation theory. The book emphasizes practical learning through numerous worked examples and exercises, ensuring students build a strong foundation for future studies in physics.
The book provides an in-depth examination of Bohr's model of the atom, detailing its historical context and Bohr's original derivation methods. It features student exercises and a comprehensive bibliography, along with a list of essential physical constants. Additionally, the text surveys Bohr's later life and career, offering insights into his contributions to the field of physics.