Overview

In an era where medical advancements constantly redefine the boundaries of patient care, the role of medical imaging stands paramount. From the earliest days of Roentgen's discovery of X-rays to today's sophisticated multi-modality platforms, the ability to peer non-invasively into the human body has revolutionized diagnosis, guided treatment, and profoundly shaped our understanding of disease. Yet, behind every illuminating image lies a bedrock of fundamental physics-principles that transform unseen forces into tangible insights. This book, The Physics of Medical Imaging: Principles, Modalities, and Applications, expertly bridges the gap between the complex theoretical underpinnings of physics and their vital application in clinical medicine. It's a remarkable achievement that manages to be both rigorously scientific and eminently accessible, a balance that is often elusive in technical literature.

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