URSI Topics

A.1: Antennas, planar structures and microstrip circuits

A.2: EM- field metrology

A.3: EMC, EM pollution, and Noise

A.4: Material Metrology

A.5: Microwave to submillimeter measurements and communications

A.6: Quantum metrology and fundamental concepts

A.7: Impulse radar and Time domain metrology

B.1: Antenna theory, design, and measurements

B.2: Numerical methods

B.3: RF – THz Devices, systems, applications

B.4: Propagation, scattering, sensing

B.5: Theory, materials, education

C.1: Distributed and multifunctional RF systems

C.2: Physics-based RF signal processing and inverse methods

C.3: Radar target detection/localization/tracking/imaging

C.4: RF spectrum convergence/harmony/maneuver

C.5: RF resource management

C.6: Software-defined and cognitive radio/radar/sensing

C.7: Artificial intelligence/machine learning for EM systems

C.8: Quantum RF system theory/technologies/applications

C.9: Digital-divide mitigation with radiocommunication systems

D.1: Electronic devices, circuits and applications

D.2: Photonic devices, circuits and applications

D.3: Physics, materials, CAD, technology and reliability of devices, in radio science and telecommunications

D.4: Reconfigurable RF THz electronics

D.5: Wide bandgap materials and devices

E.1: EM modeling of systems and environments

E.2: EM compatibility

E.3: High-power EM effects of transients on electronic systems

E.4: Radio-communication systems in presence of noise

E.5: RF applications in presence of noise

E.6: RF spectrum, medium utilization, and convergence

E.7: Effects of natural and intentional emissions on system performance

E.8: Signal and power integrity

F.1: Microwave remote sensing of the Earth

F.2: Point-to-point propagation effects

F.3: Propagation and remote sensing in complex and random media

G.1: Ionospheric imaging, morphology, modeling and data assimilation

G.2: Meteoroids and orbital debris

G.3: Radar and radio techniques for ionospheric diagnostics

G.4: Space weather - radio effects

G.5: Transionospheric radio propagation and systems effects

H.1: Chaos and turbulence in plasma

H.2: Plasma instabilities

H.3: Spacecraft-plasma interactions

H.4: Solar/planetary-plasma interactions

H.5: Space as a research laboratory

H.6: Space environment modeling and forecasting

H.7: Wave-wave and wave-particle interactions

H.8: Waves in space and laboratory plasmas

J.1: Observation and interpretation of cosmic radio emissions

J.2: Protection of radio astronomy observations from harmful interference

J.3: Radio reflections from solar system bodies

J.4: Techniques for conducting radio astronomy observations and data analysis

K.1: Antennas for health monitoring and biomedical imaging

K.2: Biological effects of EM and radio frequency systems

K.3: EM imaging and sensing applications

K.4: Human body interactions with antennas and other EM devices

K.5: RF dosimetry and exposure

K.6: Therapeutic, rehabilitative and other applications