This session focuses on exploring recent advancements, trends, and new applications in the realm of wave propagation and scattering. Topics of interest include but are not limited to:

1. Advanced empirical/analytical/numerical modeling or measurement techniques, as well as the hybridization of these methodologies
2. Novel approaches accounting for factors like scattering, diffraction, antenna effects, and interactions with various mediums
3. Propagation and scattering in indoor, urban, terrestrial, non-standard, or synthesized environments (e.g., human body, tunnel, subsurface, underwater, tropospheric, space, RIS)
4. Propagation and scattering in various mediums (e.g., non-linear, inhomogeneous, dispersive) or for different frequency ranges (e.g., microwave, millimeter-wave, THz, optical)
5. Propagation modeling and measurement for 5G/6G, transportation, biomedical, or IoT applications
6. Machine learning, AI, and novel optimization techniques in propagation and scattering