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---
## 分别研究正向与反向过程

创生与湮灭共享一个“传播模—拓扑核—伴随场”动力学系统。最终书稿第四章第4.4节给出参与对象、守恒与阈值，第4.5节规定光子本征能量、局域作用量和吸收读数的衔接；本页保留正反过程的统一入口，完整推导分别在下列专题。

传播激发形成共轭局域核心，与共轭核心重组为传播终态，是同一物质图景的两个方向。分别阅读创生和湮灭，可以看清各自的参与对象、守恒账目、阈值与动力学条件。

| 研究主题 | 入口 | 状态 |
| --- | --- | --- |
| 传播激发形成局域核心 | [物质创生](/theory/matter/creation) | CANDIDATE PHYSICAL PICTURE |
| 共轭核心重组为传播模 | [湮灭](/theory/matter/annihilation) | CANDIDATE PHYSICAL PICTURE |
| 反粒子与完整共轭规则 | [反物质](/theory/matter/antimatter) | CANDIDATE MODEL |

## 同一套守恒与动力学

净电荷为零不是自动湮灭；阈值不计算反应率。需要同一耦合下的能量动量账目、稳定粒子解、可达转变路径和观测响应。进入 [OP-MAT-007](/open-problems/matter/creation-annihilation) 或[现象学验收](/tests/matter)。

<CanonicalSource />