Neutron-Optimized Accelerator Power Generation Based on Mass–Space Unified Induction

We propose a one-shot and segmented accelerator-based power generation scheme optimized for neutrons, derived from a non-equilibrium unified field framework. In this theory, electric charge is not a fundamental quantity but is absorbed into a universal geometric coefficient, rendering mass and spatial structure the primary sources of induction. We demonstrate that neutrons, despite being electrically neutral, provide the optimal balance between internal density, radiation loss sup- pression, and controllability. Quantitative estimates show that realistic neutron numbers yield macroscopic power outputs, while remaining consistent with energy conservation and astrophysical analogues.