आखिर कैसे Quantum दुनिया हमें Multiverse का सबूत देती है ? The Many Worlds of Quantum Multiverse
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Hey, guys in a previous video we learnt about Schrodinger's Cat experiment and we saw the strange Quantum world. But in today's video, we will know that how the Quantum world gives us evidence of the presence of the Multiverse. Multiverse, a hypothetical collection of potentially diverse observable universes, each of which would comprise everything that is experimentally accessible by a connected community of observers. According to quantum mechanics, a system can be described by states corresponding to different outcomes of physical measurement of the system by a macroscopic apparatus. Before a system has been measured, it will be in a superposition of such states (mathematically, a sum of state vectors weighted by complex coefficients). Such a system does not admit a definite prediction for a measurement outcome but allows only probabilities for outcomes. An open question is how these probabilities should be regarded. In particular, in an isolated system, the evolution of the state vector is deterministic, whereas during a measurement it appears to jump deterministically to the state corresponding to the measured value. American physicist Hugh Everett proposed that this is an artefact of treating the measuring apparatus classically. He proposed instead that the apparatus (and any observers) interacting with a quantum system simply “enlarge” the superposition to include a superposition between macroscopic states in which different experimental outcomes occur. Thus, all possible outcomes occur but in different worlds.
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15 окт 2024
