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Nasa FINALLY Discovered A Parallel Universe!
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The Parallel Universe has haunted not only the scientists but us, too for a very long time until 2020 when the news broke out that NASA has finally detected a proof for the parallel universe. A universe where time runs backwards. And if you are thinking that it's just a conspiracy then buckle up. Today we are going to unravel the truth behind the parallel universe. Have we really found one? If not, what else can it be?
This universe is immensely large and it has shown many signs for a possible another one like ours. To understand this, let's go back to the creation of this universe. Our universe, with its hundreds of billions of galaxies and nearly innumerable stars spanning tens of billions of light-years, isn't the only one, according to multiverse theory. There could be many more, each with its own set of different laws of physics and fundamental constants than ours, collections of stars and galaxies, and possibly even its own civilization.
Because the observable universe only stretches as far as light has traveled in the 13.8 billion years since the Big Bang, space-time beyond that distance can be considered a separate universe. A large number of universes coexist in this way, creating a massive patchwork quilt of realities.
This concept may be difficult to believe, but it is based on good physics. There isn't just one path to a multiverse; several physics theories lead in that direction independently. In fact, some experts believe that hidden worlds are more likely to exist than not. If the multiverse theory is correct, another universe exists that is identical to our own.
It is known that other universes could arise from a theory called "eternal inflation." The idea of inflation is that the cosmos expanded quickly after the Big Bang, inflating like a balloon. The inflation didn't end everywhere at the same time. While it ended for everything that we can detect from Earth 13.8 billion years ago, cosmic inflation in fact continues in other places. This inflationary principle indicates that, like a huge balloon, the cosmos expanded rapidly after the Big Bang. When the process of inflation was taking place on such a massive level, different pockets of space might have stopped inflating at different times while other regions continue to inflate. This gave rise to multiple isolated bubble universes. These other bubble universes would then have migrated away from us, well beyond our ability to observe.
This universe is immensely large and it has shown many signs for a possible another one like ours. To understand this, let's go back to the creation of this universe. Our universe, with its hundreds of billions of galaxies and nearly innumerable stars spanning tens of billions of light-years, isn't the only one, according to multiverse theory. There could be many more, each with its own set of different laws of physics and fundamental constants than ours, collections of stars and galaxies, and possibly even its own civilization.
Because the observable universe only stretches as far as light has traveled in the 13.8 billion years since the Big Bang, space-time beyond that distance can be considered a separate universe. A large number of universes coexist in this way, creating a massive patchwork quilt of realities.
This concept may be difficult to believe, but it is based on good physics. There isn't just one path to a multiverse; several physics theories lead in that direction independently. In fact, some experts believe that hidden worlds are more likely to exist than not. If the multiverse theory is correct, another universe exists that is identical to our own.
It is known that other universes could arise from a theory called "eternal inflation." The idea of inflation is that the cosmos expanded quickly after the Big Bang, inflating like a balloon. The inflation didn't end everywhere at the same time. While it ended for everything that we can detect from Earth 13.8 billion years ago, cosmic inflation in fact continues in other places. This inflationary principle indicates that, like a huge balloon, the cosmos expanded rapidly after the Big Bang. When the process of inflation was taking place on such a massive level, different pockets of space might have stopped inflating at different times while other regions continue to inflate. This gave rise to multiple isolated bubble universes. These other bubble universes would then have migrated away from us, well beyond our ability to observe.
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