Bichiral Spacetime Waves and Physical Pictures Based on the Bichiral Quaternion Framework

This paper introduces the concept of a “bichiral spacetime wave space” based on the bichiral quaternion framework, and attempts to provide a unified and intuitive physical picture of several fundamental physical phenomena from the perspective of spacetime interaction. The paper examines the spin-1/2 structure of point particles, rotation factors, the Pauli exclusion principle, the origin of electric charge, parity nonconservation, and the Big Bang, and explores the possible relationships between these phenomena and chirality or spacetime interaction. Two forms of the bichiral quaternion Dirac wave equation were retained, while two others with minor issues were removed.