This author is a pioneer in the field of nanotechnology. His innovative work with lasers enabled him to manipulate individual atoms and alter their arrangement. This groundbreaking research revolutionized particle physics and paved the way for the advent of electron microscopes and the entire field of nanotechnology. His scientific contributions have been widely recognized and published in numerous scholarly works.
Outstanding undergraduate text features self-contained chapter on vector algebra and a chapter devoted to radiation that illustrates many analysis methods. Includes 300 detailed examples, exercises at each chapter's end, and answers to odd-numbered problems.