Antennas and Propagation (APCAP-27)

This track focuses on the latest developments in electromagnetic metrology, including microwave to sub-millimeter measurements and quantum metrology. Participants will explore standards and techniques that enhance measurement accuracy in various engineering applications.

This session will delve into cutting-edge antenna theory, design, and measurement techniques, including active and passive antenna matching. Emphasis will be placed on applications in wireless communications and emerging technologies.

This track addresses the challenges and solutions in high-frequency and millimeter wave metrology, including THz applications. Discussions will cover novel materials, devices, and measurement techniques relevant to this frequency range.

Participants will engage in discussions on advanced computational methods for electromagnetic modeling, including finite-difference and integral-equation approaches. The focus will be on applications in antenna design and propagation analysis.

This session will explore the latest advancements in wireless communication systems, including MIMO and cognitive radio technologies. Participants will discuss spectrum management and the integration of artificial intelligence in networking.

This track will examine the principles and practices of electromagnetic compatibility, including measurement technologies and standards. Topics will include the effects of electromagnetic interference on system performance and mitigation strategies.

This session will focus on the latest research in wave propagation and remote sensing techniques, including atmospheric and subsurface sensing. Participants will discuss propagation models and their applications in environmental monitoring.

This track will explore the biological effects of electromagnetic fields and their applications in medical imaging and therapy. Discussions will include dosimetry, exposure assessment, and human body interactions with electromagnetic devices.

This session will highlight advancements in electronic and photonic devices, circuits, and applications. Participants will explore the intersection of these fields with electromagnetic theory and its implications for future technologies.

This track will cover novel antenna systems, including reconfigurable antennas and MIMO configurations, and their impact on propagation techniques. Emphasis will be placed on real-world applications and performance optimization.

This session will delve into theoretical aspects of electromagnetics, including nonlinear electromagnetics and chaos theory. Participants will discuss future research directions and the implications of these theories on practical applications.