What would the world be like if parallel universes exist?

What would the world be like if parallel universes exist?

Let’s say that parallel universes exist and there is a huge amount of worlds, parallel to our own, are not fuzzy at all, and they aren’t branching out anymore. This means that the world would have a precise molecular structure. We could not only weigh the world, we could understand even more about quantum mechanics.

Is quantum mechanics real or unreal?

Quantum mechanics may seem unreal, but it is actually the most successful theory of our time. The classic theory of quantum mechanics is based on the wave function, which exists in an infinite dimension, so far removed from three-dimensional reality.

What is the meaning of parallel worlds?

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In the year 1957, the “Many Worlds Interpretation” (MWI) explained the meaning of the parallel world. Apparently, parallel worlds are just features of quantum mechanics, nothing more. It seems that this idea should not be surprising to any of us. It is as natural as nature itself.

What is the quantum theory based on?

The classic theory of quantum mechanics is based on the wave function, which exists in an infinite dimension, so far removed from three-dimensional reality. Then, there are Bell correlations, which violate the normal laws of cause and effect and can be measured using distant quantum systems.

Is there a connection between quantum physics and religion?

Two aspects of quantum physics are often cited when discussing God or religion. The first is the nature of observed cause and effect in quantum-level interactions. Actions and reactions at the quantum level can appear to violate barriers such as the speed of light and/or to occur without a logical relationship between cause and effect.

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Why are there multiple worlds in quantum mechanics?

The multiple “worlds” of quantum mechanics are something else entirely. They are not far away – but only because they aren’t “located” anywhere at all. And they arise naturally from the simplest version of our most solidly tested physical theory, quantum mechanics.