fields from discrete point charges. Each charge contribution is organized into a structural matrix A, and the field at a target point is obtained via E=kAq, where q contains the charge magnitudes. This approach preserves classical physics while providing a coherent computational structure, improving scalability and efficiency in multi-source systems. No new physical laws are introduced; the work reorganizes the classical formulation for structured numerical implementation.
sajjad abedi tameh (Fri,) studied this question.