現代物理学は、標準模型によって極めて精密に記述している。
Modern physics has succeeded in describing the properties of elementary particles with extreme precision using the Standard Model. However, in their basic imagery, elementary particles are treated as point-like entities without size. This point-particle image still presents deeper challenges for fundamental issues such as computational infinity and how mass and energy arise.
The 19 constant problems in the Standard Model are also a major challenge. Currently, experimental values are inserted as arbitrary and meaningless to obtain correct answers with high accuracy. However, the meaning of experimental values remains unclear, and explanations from deeper principles have long been a challenge. However,
| 脈動統一理論の基礎Foundations of the Pulsation Unified Theory |
| 序文 Preface |
| 基礎概念。 fundamental concept |
| イメージ図 Diagram of the Pulsation Unified Theory |
| 行程別特性表 Process-specific characteristic table |
| 標準模型と定数問題Standard Model and Constant Problems |
| 定数問題 The "Constant Problem" in the Standard Model |
| 階層構造 hierarchical structure |
| 3世代の質量比の導出 3Derivation of Generation Mass Ratios |
| 4段階脈動 Stage pulsation and the relationship among three generations |
| 3世代質量比 3rd generation mass ratio |
| 固有方程式の残り。It remains in the eigen. |
| 定量的な3世代質量へ Towards a quantitative third-generation mass model |