Time-domain electromagnetic simulations have gained significant importance in various scientific and engineering disciplines, including microwave engineering, optics, antenna design, signal processing, and more. With the ever-increasing demand for high-performance and fast computational methods, this session will focus on advanced techniques and applications that leverage the power of time-domain electromagnetic simulations.

Topics of interest for this session include but are not limited to:
1. Finite-difference Time-domain methods.
2. Discontinuous Galerkin methods for Maxwell's equations.
3. Parallel and high-performance computing in time-domain simulations.
4.Machine learning and artificial intelligence applications in time-domain electromagnetic modeling.
5. Time-domain analysis of novel materials and metamaterials.
6. Electromagnetic transient analysis in electronic circuits.
7. Time-domain techniques for radar and remote sensing applications.
8. Time-domain simulations in biomedical engineering.
9. Industrial applications of time-domain electromagnetic simulations.