This book investigates the fundamental principles and cutting-edge applications of bioelectromagnetism in healthcare. It delves into the nature of bio-waves, the electromagnetic signals generated by living organisms, and their complex interactions with external fields. The work explores how these phenomena are leveraged in advanced technologies such as brain-computer interfaces and diagnostic tools like electroencephalography, aiming to improve health outcomes. Furthermore, it looks towards the future, envisioning the integration of real-time monitoring with sophisticated AI and machine learning algorithms for enhanced digital signal processing in smart healthcare solutions.

The book is positioned as an essential resource for academic researchers and professionals in biomedical engineering, biophysics, and biotechnology, as well as for companies in the smart healthcare sector. It aims to bridge gaps in current literature by providing a comprehensive understanding of bioelectromagnetism's role in healthcare innovations. The content suggests a focus on both foundational concepts and forward-looking applications, particularly those involving AI and machine learning for signal processing. Its publication date indicates it will cover recent advancements in the field.