This book provides a comprehensive exploration of how MRI imaging physics can be effectively integrated with radiologic technology to enhance diagnostic accuracy, streamline imaging protocols, and minimize artifacts. It offers a detailed understanding of the principles of magnetic resonance, system components, pulse sequences, and advanced reconstruction techniques. Emphasizing practical applications, the book highlights key strategies for optimizing MRI protocols tailored to diverse clinical needs while ensuring patient comfort and safety. It explains the origins of common artifacts—such as motion, susceptibility, distortion, and chemical shift—and presents proven methods to reduce or eliminate them. The text also underscores the essential collaboration between radiologists and technologists in achieving high-quality imaging outcomes. With discussions on AI-driven optimization, workflow enhancement, and future trends in MRI technology, this volume serves as a valuable resource for students, technologists, and healthcare professionals seeking to strengthen their expertise in modern MRI practice.