Discussion on the Existence and Distribution of Antimatter from the Perspective of Matter Game

Traditional particle physics and cosmology fail to explain fundamentally why stable macroscopic antimatter cannot be observed in the observable universe. Existing theories only describe the asymmetry between matter and antimatter as a superficial phenomenon, lacking a self-consistent evolutionary logic. This paper proposes a cosmic game evolution hypothesis of matter and antimatter, with matter annihilation and transformation, particle survival of the fittest, and regional spatial iteration as the core foundations. It is clarified that the observable universe we inhabit is a material world retained after matter prevailed in the early game between matter and antimatter. In the annihilation process, only physical substances vanish while energy is conserved permanently, and all annihilated matter is converted into photon light energy and radiant energy. In the context of the infinite universe, it is reasonable to speculate that there may be independent regions dominated by antimatter in remote cosmic spaces, and the possibility that the entire universe is dominated by matter cannot be ruled out either. Once macroscopic worlds of matter and antimatter come into contact, all physical substances will be completely annihilated and converted into light energy. As the energy cools down, new matter-antimatter particles will be generated, kicking off a new round of matter games and reshaping the pattern of cosmic regions. This theory fundamentally explains why only transient antiparticles rather than stable antimatter celestial bodies exist in our region, and corrects cognitive biases in conventional antimatter research.