AES 2019 topics include, but are not limited to:

Track 1: Antennas

• Analysis, design, and development of antennas and arrays
• Wide-band antennas
• Empirical, theoretical, and computational models of antennas
• Material properties and their applications in antennas
• Reconfigurable and tunable antennas, optical and nano antennas
• Antenna arrays and MIMO systems
• Signal processing for antennas

Track 2: Wave Propagation

• Theoretical and computational methods for wave propagation and sensing
• Characterization of propagation channels
• Applications in wireless communications, radar, and imaging systems
• Multiple antenna systems for spatial, polarization, pattern,...

Track 3: Measurements

• Measurement techniques for antennas, radiation, propagation, and scattering
• Specification, and standards
• Visualization of electromagnetic entities
• Near-field and novel measurement techniques

Track 4: Electromagnetics

• Fundamental and advanced theory
• Radiation, scattering, radar cross section, propagation, and interaction with all media
• Inverse scattering and target identification
• Electromagnetic absorbers and artificial materials (metamaterials,...)
• Computational electromagnetics, fast algorithms, and CAD packages
• Educational Electromagnetics

Track 5: Microwaves, Millimeter Waves, and THz

• Solid state circuits, low-noise circuits, and high-power circuits, monolithic integrated circuits passive circuits, packaging, interconnects, MCMs, and MEMS
• Ferrite and SAW components, superconducting components and technology
• Microwave-Optical design, high speed digital circuits and SI, submillimeter wave techniques
• THz technology, measurement, and imaging

Track 6: EMC & EMI

• EMC and EMI modeling, EMC test methods in industry, environment, near-field probers, functional safety NF scanning for PCB characterization,...