Advances in acoustic microscopy and high resolution imaging

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Recent years have seen the successful introduction and verification of novel physical solutions in ultrasonic imaging, including adaptive methods, inventive approaches to inverse problems, and high harmonic imaging algorithms. Innovative techniques such as vibro-acoustic imaging and vibro-modulation have emerged alongside traditional academic and practical avenues in this field, sparking intriguing scientific discussions that promise future advancements. This book aims to provide an overview of recent progress in high-resolution ultrasonic imaging techniques and their applications in evaluating biomaterials and industrial materials. It features a unique collection of papers showcasing novel results and techniques developed by leading research groups worldwide. Contributions from well-known authors focus on the development of new physical principles, methods, and the integration of modern technological solutions into current imaging devices. The ultimate goal is to inspire further research and development, unlocking the vast potential of high-resolution acoustic imaging across various industrial and biomedical applications.