Topologically Stabilized Hybrid Fusion Device: Combining Spherical Electrostatic Confinement with Toroidal Magnetic Geometry

We propose a novel fusion reactor architecture based on topological phase transition principles. The design combines spherical electrostatic confinement (inspired by ball lightning stability) with toroidal magnetic confinement (tokamak/stellarator),creating a hybrid S2 ⊃ T 2 topology. Theoretical analysis shows synergistic stabilization through topological charge conservation and magnetic flux quantization. Predicted performance exceeds conventional designs with Q > 15 and τE ∼ 100 sat 10 T field strength. The approach leverages gravitational wave and quantum gravity research insights applied to plasma confinement.本研究提出一种基于拓扑相变（topological phase transition）原理的新型聚变反应堆架构。该设计融合了球形静电约束（spherical electrostatic confinement，受球状闪电稳定性启发）与环形磁约束（toroidal magnetic confinement，托卡马克/仿星器）技术，构建出混合S₂⊃T₂拓扑结构。理论分析表明，该架构可通过拓扑电荷守恒与磁通量量化实现协同稳定效应。其预测性能优于传统聚变装置，聚变增益因子Q＞15，在10特斯拉（T）磁场强度下，能量约束时间τE约为100秒。该方法借鉴了引力波（gravitational wave）与量子引力（quantum gravity）领域的研究成果，并将其应用于等离子体约束（plasma confinement）技术中。