The problem of electromagnetic scattering by multiple spheres concurrently present can be of great importance in several areas, from optical microscopy to biomedical applications, and from metamaterials to civil-engineering applications. Through scattering of light from objects, we can detect objects, we can observe the geometry, signals and structures. We can analyze the behavior of scattering parameters as a function of the dimension and position of the spherical inclusions. Our research will focus on mathematical model and Numerical simulation of multiple scattering problems. In this research proposal, we will present an efficient numerical method for the simulation of multiple scattering by sphere illuminated by focused with arbitrary incidence, reflected and scattered wave. For that purpose, we can use numerical simulation techniques using different mathematical formulations and computational tools.
By studying and visualizing, numerical simulation algorithms for electromagnetic scattering
Evaluation of fast and stable numerical algorithms for multi-scale electromagnetics.
Detecting and observing the geometry.
Investigating applications in order to help the global society.