Multi Domain Electromagnetic Propulsion Architecture Applied Model

This paper presents the first applied engineering implementation of the multi‑domain electromagnetic propulsion architecture. Building on the theoretical foundations established in the Domain‑Coupled Gradient Propulsion (DCGP) and Multi‑Gradient Control Topology (MGCT) papers, this model translates the abstract domain‑interaction framework into a physical, testable configuration.The applied architecture demonstrates how layered electromagnetic domains can be arranged, coupled, and modulated to generate directed thrust without relying on reaction mass. The paper details the control logic, domain sequencing, and stability requirements necessary for sustained operation, and it provides a practical blueprint for low‑power experimental setups.By moving from theory to implementation, this work establishes the feasibility of multi‑domain propulsion as a real engineering pathway. It serves as the bridge between the mathematical architecture and future laboratory prototypes, showing how domain coupling, gradient steering, and field‑level control can be realized in practice