The Transition Nature of Quantum Motion: A Unified Framework for Annihilation-Creation Events

This work proposes a theoretical framework reinterpreting particle motion andfield excitation propagation as emergent phenomena arising from sequences of discrete transition events, rather than traditional continuous trajectories or waves.We develop an operator algebra to explore how fundamental physics might emergefrom such transitions, which could operate at either discrete or infinitesimal scalesdepending on spacetime’s structure. The spacetime-agnostic architecture accommodates both continuous and discrete models while offering fresh perspectives on paradoxes of particle identity, field localization, and quantum measurement. Testable predictions for mass-dependent quantum interference phenomena are derived, providing potential experimental pathways to probe the transition-based paradigm.