Parallel Worlds Exist and Interact with Each Other, New Theory Says
A group of Australian and US physicists suggests that there may exist multiple versions of our universe, which can interact with each other on a quantum level. Dr. Howard Wiseman and Dr. Michael Hall of Griffith University in Australia, together with Dr. Dirk-Andre Deckert from the University of California, published their so-called “Many Interacting Worlds” (MIW) theory in the journal Physical Review X.
It is a known fact that quantum mechanics display strange phenomena which violate the principles of cause and effect. That is why it is so difficult to explain the nature of these phenomena. “Any explanation of quantum phenomena is going to be weird, and standard quantum mechanics does not really offer any explanation at all–it just makes predictions for laboratory experiments,” Dr. Wiseman wrote in an email to the Huffington Post. “Our new explanation…is that there are ordinary (non-quantum) parallel worlds which interact in a particular and subtle way.”
The new theory is an alternative to the ‘Many Worlds’ concept, which was proposed in 1950s by American physicist Hugh Everett to explain the ability of quantum particles to be in two states simultaneously. He suggested that both states co-exist in different realities, that is why quantum particles can seemingly occupy two places at once. Thus, in accordance with the ‘Many-worlds interpretation’ hypothesis, each version of reality branches into a bunch of new realities, which exist separately and can’t interact with each other. From this point, the “Many Interacting Worlds” theory is totally different, as it speculates that multiple universes can overlap and influence each other.
There are three key points to understanding the MIW theory: first, there is a gigantic number of universes, some of which may be nearly identical; second, all of these universes are equally real; third, there is a force of repulsion between similar universes, which is a cause of quantum interactions between them.
“The beauty of our approach is that if there is just one world our theory reduces to Newtonian mechanics, while if there is a gigantic number of worlds it reproduces quantum mechanics. In between it predicts something new that is neither Newton’s theory nor quantum theory. We also believe that, in providing a new mental picture of quantum effects, it will be useful in planning experiments to test and exploit quantum phenomena,” Wiseman noted.
In spite of some negative criticism, such as the article by Czech physicist Luboš Motl in which he called the MIW approach “a hopeless enterprise and a huge waste of time,” prof. Wiseman and his team are optimistic about the prospects of their research: “I think there are many who are not happy with any of the current interpretations, and it is those who will probably be most interested in ours. I hope some will be interested enough to start working on it soon, because there are so many questions to answer.”
The biggest challenge now is to come up with the ways to test this hypothesis and find the indications of possible interactions with other universes. As for the possibility that someday humans might establish contact with other universes, Dr. Wiseman said: “It’s not part of our theory… But the idea of interactions with other universes is no longer pure fantasy.”
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