AP-S Topics
AP-S: AP-S General Topics
AP-S.1: Track 1: Antenna Modeling, Design, Fabrication
AP-S.1.1: Resonant antennas (including Wire, Slot, DRAs, etc.)
AP-S.1.2: Matching circuits, filtennas, and antenna modeling
AP-S.1.3: Microstrip patch and other planar antennas
AP-S.1.4: Travelling and guided wave antennas
AP-S.1.5: Electrically small antennas
AP-S.1.6: Broadband and multiband antennas
AP-S.1.7: Reflector antennas, lens antennas, and primary feeds
AP-S.1.8: Millimeter wave, terahertz, and optical antennas
AP-S.1.9: 3D printed antennas and antenna manufacturing
AP-S.1.10: Other related topics in antenna modeling, design, fabrication
AP-S.2: Track 2: Antenna Arrays and Systems
AP-S.2.1: Array antennas
AP-S.2.2: Mutual coupling in antennas
AP-S.2.3: Reflectarray & transmitarray antennas
AP-S.2.4: Multibeam or scannable lens antennas
AP-S.2.5: Reconfigurable and adaptive antennas and arrays
AP-S.2.6: Related topics in arrays & systems
AP-S.3: Track 3: Propagation and Scattering
AP-S.3.1: Terrestrial, urban, indoor and body-area propagation
AP-S.3.2: Tropospheric and ionospheric propagation
AP-S.3.3: Channel and propagation measurement campaigns
AP-S.3.4: Channel sounding, channel emulation and testing
AP-S.3.5: Propagation and scattering in random or complex media
AP-S.3.6: Scattering, RCS, diffraction and rain effects
AP-S.3.7: Inverse scattering and imaging
AP-S.3.8: Remote sensing
AP-S.3.9: AI methods in propagation and imaging
AP-S.3.10: Other related topics in propagation and scattering
AP-S.4: Track 4: Metamaterials
AP-S.4.1: Metamaterials and metasurfaces
AP-S.4.2: Metasurfaces and metamaterials for antenna systems
AP-S.4.3: Metastructures for scattering and absorption control
AP-S.4.4: Reconfigurable, time-varying, and intelligent metastructures
AP-S.4.5: Frequency selective surfaces
AP-S.4.6: Electromagnetic bandgap materials and structures
AP-S.4.7: Related topics in metamaterials
AP-S.5: Track 5: Electromagnetic Fundamentals
AP-S.5.1: Antenna and electromagnetic theory
AP-S.5.2: High frequency and asymptotic methods
AP-S.5.3: Near-field effects and beam propagation
AP-S.5.4: Random and nonlinear electromagnetics
AP-S.5.5: Nano-electromagnetics
AP-S.5.6: Quantum electromagnetics and applications
AP-S.5.7: Spatiotemporal and transformation electromagnetics
AP-S.5.8: Wave-matter interactions and waves in complex media
AP-S.5.9: Education in electromagnetics
AP-S.5.10: History of electromagnetics
AP-S.6: Track 6: Computational Electromagnetics
AP-S.6.1: Integral equation methods
AP-S.6.2: FDTD methods
AP-S.6.3: FEM methods
AP-S.6.4: Other transient and time-varying simulations
AP-S.6.5: Statistical modeling and uncertainty quantification
AP-S.6.6: Multiphysics simulation methods
AP-S.6.7: Optimization methods in EM design
AP-S.6.8: Parallel and special processor based numerical methods
AP-S.6.9: AI in electromagnetic field applications
AP-S.6.10: Other advances in computational electromagnetics
AP-S.7: Track 7: Antenna Measurements
AP-S.7.1: Antenna measurements
AP-S.7.2: Material measurements
AP-S.7.3: Measurements of phased array, reconfigurable, and ultrawideband antennas
AP-S.7.4: RCS Measurements
AP-S.7.5: AI/ML-based antenna measurements
AP-S.7.6: Digital twin applications in antenna measurement
AP-S.8: Track 8: Wireless Communications
AP-S.8.1: RFID antennas and systems
AP-S.8.2: Mobile and automotive antennas and electromagnetics
AP-S.8.3: MIMO technologies and systems
AP-S.8.4: Smart antennas and reconfigurable intelligent surfaces for wireless applications
AP-S.8.5: Antenna-on-chip (AoC) and Antenna-in-Package (AiP)
AP-S.8.6: Channel modeling for wireless systems
AP-S.8.7: Next generation 6G and beyond
AP-S.8.8: Software defined cognitive radio
AP-S.8.9: Other topics in wireless communications
AP-S.9: Track 9: Security
AP-S.9.1: EM-based security enhancements
AP-S.9.2: Defense applications
AP-S.9.3: Antennas and EM for disaster management
AP-S.9.4: RFID technologies for security
AP-S.9.5: Security of air and space-based EM systems
AP-S.9.6: Other applications of EM for security
AP-S.10: Track 10: Environment
AP-S.10.1: Wireless power transfer, energy harvesting and their environmental impacts
AP-S.10.2: Monitoring of climate changes with electromagnetics, antennas, and propagation
AP-S.10.3: Sustainable manufacturing of antennas
AP-S.10.4: Societal impacts including EM pollution and ecosystem impacts
AP-S.10.5: EM Sensors for sustainability and environment (RF/THz sensors, IoT Devices)
AP-S.10.6: EMI/EMC issues of renewable energy infrastructure
AP-S.10.7: Other environmental applications of EM
AP-S.11: Track 11: Health and Medicine
AP-S.11.1: Electromagnetic imaging for diagnostics
AP-S.11.2: Non-invasive sensing and monitoring
AP-S.11.3: Wearable and implantable antennas/devices
AP-S.11.4: Bioelectronics
AP-S.11.5: Electromagnetic solutions for therapy
AP-S.11.6: Bioelectromagnetic interactions
AP-S.11.7: Emerging technologies in health data communication and processing
AP-S.11.8: Telemedicine and remote healthcare
AP-S.11.9: Safety and compatibility in medical systems
AP-S.12: Track 12: Space
AP-S.12.1: Ground station antennas
AP-S.12.2: Satellite antennas
AP-S.12.3: Antennas on platforms and specialized environments
AP-S.12.4: Radio astronomy
AP-S.12.5: Planetary radar systems
AP-S.12.6: Other topics in space applications