Interactions of Shape-Invariant Waves: Axis-Directional Displacement Transfer, Wave Packet Deformation, and Retroactive Constitution of Causality (v4: 3-bit Q-axis, chirality derived, delta-kH sign derived)

Key Points

• This research aims to explore the interactions of shape-invariant waves and their implications for causality within quantum structures.
• Restoration of the 3-bit Q-axis structure with key improvements derived from fundamental properties.
• Derivation of chirality selection rules and δk_H sign from wave properties rather than assumptions.
• Rearrangement of lepton axes with explicit Q values for electron and neutrino.
• Chirality selection rule was derived without additional assumptions, enhancing theoretical understanding.
• δk_H sign was successfully derived from standing wave properties, providing a solid foundation for previous assumptions.
• Explicit values for lepton Q were established, leading to new insights in particle interactions.