A Computational Model in Excel (With ScienSolar) for Simulating Classical Electric Fields of Periodic Table Elements

This work introduces an interactive computational model built in Microsoft Excel using the ScienSolar platform to simulate classical electric fields for all periodic table elements. The approach uniquely integrates quantum-inspired concepts-including Slater's rules for electron shielding and Bohr-model orbital distributions-within an accessible spreadsheet environment that requires no programming expertise. Users can dynamically assemble multi-atomic systems, visualize 3D electric fields in real time, and directly modify physical equations to explore custom scenarios. Designed for both education and research, the tool enables rapid conceptual validation and hands-on exploration of electrostatic phenomena in atomic and molecular systems. By bridging theoretical models with practical computation, this framework offers an intuitive and flexible platform for teaching and prototyping in chemistry, materials science, and physics.