Reality is not what it seems

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Imagine you and your friend have two magical coins. You both flip your coins, and no matter how far apart you are, the result of your friend's coin flip is connected to yours. If your coin shows heads, your friend's will too, even if you're in different rooms or even different cities. This magical connection is like saying the "local universe" where you and your friend are is not as separate as it seems. The results are linked, and that's what scientists mean when they say the "local universe is not real" – it's because things happening in one part can be connected to things in another, instantly, no matter the distance.

So if we look to the future, you can imagine how we could possibly change the way communications is conducted instantly at faster than the speed of light no matter where in the world you are or no matter where in the Universe you are.

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??????????????'?? ?????????? ?????? ???????????? (17th Century):

In the 17th century, Sir Isaac Newton introduced the idea of classical mechanics, which included the concept of cause and effect. According to Newton, the behavior of objects could be predicted based on their initial conditions and the forces acting upon them.

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Albert Einstein revolutionized physics with his theories of special and general relativity in the early 20th century. Special relativity redefined our understanding of space and time, showing that they are intertwined. General relativity extended these ideas to include gravity. This was a big feature in the Christopher Nolan film Interstellar.

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Quantum mechanics emerged as a new theory to explain the behavior of particles at the quantum level. However, it introduced concepts that challenged classical intuitions, including the idea of entanglement. Entanglement suggested that the properties of two particles could be correlated, regardless of the distance between them.

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In 1935, Einstein, along with Podolsky and Rosen, published a paper known as the EPR paper, highlighting what seemed to be a paradox within quantum mechanics. They argued that if the theory were complete, it would involve non-local connections between distant particles.

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Physicist John Bell formulated a theorem that provided a way to test the ideas of non-locality. Bell's Inequality showed that certain correlations predicted by quantum mechanics couldn't be explained by local hidden variables. Experiments inspired by Bell's theorem supported the predictions of quantum mechanics, challenging local realism.

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The Nobel Prize in Physics for 2022 was awarded to Alain Aspect, John F. Clauser, and Anton Zeilinger for their pioneering experiments that confirmed the non-local correlations predicted by quantum mechanics.

Throughout this journey, the concept of non-locality has evolved from being a point of debate and paradox to being experimentally confirmed and recognized with a Nobel Prize, demonstrating its fundamental role in our understanding of the quantum world.