Bichiral Spacetime Wave Space Based on the Bichiral Quaternion Framework

Key Points

• To introduce and explore a unified conceptual framework of bichiral spacetime wave space, highlighting its relationship with fundamental physical phenomena.
• Introduced the concept of bichiral spacetime wave space based on bichiral quaternion framework.
• Examined various fundamental phenomena including spin-1/2 structure, electric charge origin, and the Big Bang.
• Presented a Dirac wave equation aligned with the bichiral quaternion framework.
• Developed a framework that links chirality with fundamental interactions in physics.
• Proposed explanations for phenomena like parity nonconservation and the Pauli exclusion principle through spacetime interaction.
• Demonstrated a novel description of the spin-1/2 structure in relation to the proposed framework.