Time and Space Coded Reunion

As a lifelong researcher who has defended the theory of relativity, I once firmly believed that the linear laws of space and time cannot be broken—when we return to the starting point, we should meet old friends again. But when he was reborn at the age of fifteen, the boy in the white shirt in his memory completely disappeared in the new time and space. From the draft of Lorentz transformation to the obsession with space-time geodesics, my faith collapsed in the chaos of quantum randomness. I turned to the study of quantum mechanics, persistently asking whether love and memory can resist the random code of the universe. I even built an observation station at the entrance of an old alley, using a mailbox and camphor leaves as the eternal reference system, guarding an old rubber, and waiting for a slim possibility. Many years later, at the moment when the camphor leaves fell, the familiar smile at the alley penetrated the time. It turns out that those unforgettable encounters have long been encoded in the underlying laws of time and space, completing a destined reunion in the chaos.