Antennas have evolved beyond telecommunications to support sensing, wireless power transfer, and energy-harvesting electronic systems. As wireless technologies move toward intelligent and interconnected infrastructures, electromagnetic and radio-frequency sensing are becoming essential components of next-generation healthcare monitoring and smart environments, as well as industrial inspection and autonomous systems. To fully leverage these opportunities, such systems require interdisciplinary expertise ranging from fundamental antennas and propagation research to active antennas and applied radio-frequency technologies, as well as circuits and systems, advanced materials, and AI and machine learning.

• Chapter 1: Antenna Topologies for Next-Generation Electromagnetic Sensing: Concepts and Foundations
• Chapter 2: Antenna Configurations for Sensing Networks
• Chapter 3: AI and Machine Learning in Antenna-Enabled Sensors
• Chapter 4: Wearable and Conformal Antennas with Flexible Electronics for Sensing
• Chapter 5: Millimeter-wave and THz Antennas for Sensing
• Chapter 6: Fabrication, Measurements and Integration Techniques of Antennas with Sensing Networks
• Chapter 7: Antenna Systems for Integrated Sensing and Communication (ISAC)
• Chapter 8: Implantable Antennas and Advanced Materials for Healthcare
• Chapter 9: Programmable Metasurface Antennas and Reconfigurable Intelligent Surfaces for Enhanced Wireless Sensing
• Chapter 10: Conclusion, Future Trends and Research Directions in EM and RF Sensing Paradigm