MRI Image Production: Physical Principles of Image Formation

This course provides a comprehensive foundation in the principles of Magnetic Resonance Imaging (MRI), guiding learners through the scientific concepts and technological processes that enable high-resolution imaging. Beginning with an introduction to MRI components and atomic structure, the course explores advanced topics like electromagnetic interactions, signal generation, and phase, frequency, and spatial encoding. Each lesson builds on prior knowledge, equipping students with the skills to understand and apply MRI principles in clinical practice while emphasizing safety and image optimization.

Topics Covered: MRI machine components and process, atomic structure and MR-active nuclei, electromagnetic spectrum and safety considerations, magnetic properties, alignment, and resonance, signal generation, relaxation, and pulse sequences, magnetic susceptibility and field interactions, gradient mechanisms, spatial encoding, and image resolution

What you'll learn