A popular scientific book, a readable account of radiation, why we are afraid of it and why, on the contrary, we should welcome it. Its contribution to health through imaging and cancer therapy may be appreciated, but since the Cold War it has been a source of fear. In fact scientific argument shows that it offers few threats and a safer future.
Insights, Calculations and Practical Applications of Classical Electromagnetism
Focusing on the phenomena of energy loss and coherent radiation emitted by relativistic charges in matter, this book explores locally deposited energy, Cherenkov radiation, and transition radiation as foundational elements for particle detectors. It employs fundamental field equations to derive energy-loss signal spectra and velocity resolution. The text includes practical applications, showcasing a successful multi-particle detector experiment at CERN and simulations for ionization cooling in accelerator beams. Aimed at graduate students, it assumes familiarity with mathematical physics concepts.
Exploring the practical applications of physics, this book delves into its role in enhancing human perception through modern technology. It covers fundamental physics principles behind techniques like magnetic resonance, ionising radiation, and sound, highlighting their significance in fields such as archaeology, medicine, and forensics. By providing a comprehensive overview, it encourages comparisons among methods while addressing societal risks and benefits. Originally developed for third-year students at Oxford, it is adaptable for shorter courses by allowing selective chapter omission.
This is not a physics book, it is a popular science book but really about cultures. This subject defies pigeonholes covering: History, Economics, Environment, Nuclear Issues, Energy resources and Health & Safety Issues.