RABBIT_TAKEOVER · Narrative edition
Feynman
It had all started with a simple thought experiment. Schrödinger, who had been dabbling in quantum physics and the strange behavior of particles on a subatomic level, wanted to know if the same effects might be observable outside the laboratory. So he devised an experiment, involving a box and a rabbit.
The experiment was simple: put a live rabbit in the box and observe it until the rabbit multiplies. If, as predicted by the laws of quantum physics, the rabbit manages to somehow multiply itself, then Schrödinger's theories would be proven.
The box was closed and the experiment began. Almost immediately, things began to get strange. As the minutes ticked by, the rabbit seemed to multiply, though no one was able to observe it happening. The scientists in the room began to speculate - could the rabbit be somehow multiplying itself via quantum effects?
The answer seemed to be yes. Over the course of the experiment, the rabbit multiplied itself throughout many alternate universes at the same time. Nobody could explain how or why, but the effects of quantum physics were undeniable. The rabbit had somehow managed to defy the laws of Newtonian physics, and in doing so, Schrödinger's theories had been proven.
It was a strange and exciting discovery, and it sparked a whole new area of research and exploration. Schrödinger's rabbit had taken quantum physics out of the laboratory and into the real world, and nobody would ever be quite the same.