Xiao Zhen suddenly came up with an idea: If we look at the mirror image every day because it can reflect light, then? Why does reflection allow us to see ourselves? Why do the eyes of flies see so much of ourselves? It has something to do with our own eye structure, perhaps? The world we live in is made up of countless parallel universes, and light may be the link between our parallel universes, and we all know that light can be produced by atomic collisions, which means that light is the product of atomic collisions, if atomic collisions create an infinite crack in the parallel universe, then what we see as bright light is just another virtual space being ripped apart, very briefly, briefly to the point of being open and closed, the cracks spread out in all directions, so we use the speed of light to describe the speed of the cracks, which slows down or even stops when the cracks meet atoms of relatively large mass, slowing down the rift's dwell time allows us to fully perceive ourselves in a parallel universe on the mirror in real time. If we make the mirror into a lot of fun mirrors then we will see it in different sizes, thousands and thousands of different us, because, we are everywhere, large to infinite, small atoms have our existence, because we are only a virtual existence, and even can be defined as a spirit! Xiao Zhen jumped up happily, "One thing that has been puzzling scientists who study quantum matter have found that quantum particles (such as photons) can take on different shapes and forms in a volatile way, " he said. "scientists who observe photons have noticed that they sometimes behave like particles and sometimes like waves. It's as if you were a solid person one moment and a gas the next. Scientists call this phenomenon the "Particle-wave wave-particle Duality" . (wave-particle duality: microscopic particles can sometimes appear as waves and sometimes as particles. UNCERTAINTY PRINCIPLE: The more certain one quantity is, the more uncertain the other is.) This is a bit of a stretch, and physicists at the Werner Heisenberg have suggested that we can influence the behavior of quantum matter simply by looking at it. Niels Bohr, another physicist, agrees: Quantum particles are in all possible states at the same time, and when we observe them, it affects their behavior, causing them to collapse to a certain state at that moment. (Heisenberg's main contributions: uncertainty principle; Matrix form of quantum mechanics. Everett's theory of multiple worlds is another interpretation of BOHR's view of quantum matter. From Everett's point of view, observing quantum matter does not cause the collapse of states, but rather the fragmentation of reality in the universe. It is no exaggeration to say that the universe is replicating, splitting into multiple parallel universes for every possible state of quantum matter. "It makes perfect sense if it's just a crack in the split of a parallel universe! "

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