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The universe is awe-inspiring. With our finite understanding of the universe, it may exist forever, but it can also come to an end in the final catastrophic event. This theory of the end of the universe is known as the Great Contraction Theory.
You've heard of the universe, right? Basically, the big contraction theory is a bit like the big **, but it's the opposite. It's a hypothesis that says that the universe will eventually stop expanding as it is now, and instead, it will contract or collapse, taking everything in the universe with it.
Essentially devouring itself. Not only does this sound like heavy metal, but it really is the end of life as we know it. However, in this theory, it is possible that instead of ending all darkness and suffering, it is a new beginning.
There is an opinion that it could lead to another big **, restarting the whole process. There may be a cycle of big ** and big contraction that never ends. This leads to a periodic model of the universe, where instead of someone turning it off, constantly presses the restart button.
I think it's a bit exhilarating, but it begs the question, "What's the point?" Let's go back and deal with existential fears! Here's YouTube!
Read on! Everything was fine! Of course, all of this is hypothetical, because we still have some things about the universe that we don't really know or fully understand.
One of these question marks is called dark energy, which is said to make up about 70% of the universe.
Little is known about the dark energy omen, except that it is an unseen force in space that is thought to be responsible for the accelerated expansion of the universe. Dark energy is often thought of as a cosmological constant, which does not bode well for the validity of the big ** theory. If dark energy were indeed a constant, then perhaps the universe would not collapse, but would continue to expand.
In fact, a study earlier this year may have taken us even further away from the Great Contraction Theory. By combining X-ray and ultraviolet data, astronomers have found evidence that dark energy may be intensifying over time.
By observing and comparing the distances of the quasar, the distant, super-bright black hole one, the researchers found that the universe is expanding faster than expected according to a model that keeps dark energy constant. So, if the dark energy is really getting stronger, we are more likely to face a big tear. f in the chat!
The Great Tear Theory states that the universe may continue to expand until it expands to tear itself apart. We are talking about everything, from the planets, to humanity, and even the atoms themselves are torn apart by the Great Tear. This is what happens when dark energy becomes stronger and wins a tug-of-war with gravity.
Based on that recent study, this is more likely.
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The development of the universe also follows the "principle of relative equilibrium" - the new conclusion changes due to changes in time (mental property), space, and the scope of cognition (the further goal or pattern of life of man and thing), until the opposition and unity (in order to achieve the goal of mutual equilibrium, in order to achieve stability, which is a contradiction), and at this time it is a further expansion and expansion of the potential of knowledge (knowing and being known). The content of this principle explains the existence of expansion, which also responds to the expansion principle of the universe, and of course, the accumulation of steps to form a ladder has become the way for it to change.
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What is Yuyin Gaozhou accompanying the swelling of the reed?
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Since the expansion of the universe is mentioned, another idea must be involved, whether the universe is finite. If the universe is finite, it can't be far enough. In fact, at a distance of enough distance, the mathematical model of the universe is used to simulate it has always been an undecided question. >>>More
The universe expands into space and has nothing to do with matter. The universe is constantly expanding from moment to moment, but the change of space has nothing to do with matter itself.
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The entire universe is expanding on a macroscopic scale, which is the consensus of the astronomical community. However, it does not apply on a small scale, for example, our Earth has not moved away from the Sun due to the expansion of the universe. In the same way, the Milky Way and the Andromeda Galaxy are also extremely small in the universe, and due to their respective orbits and interorbits with other galaxies, the two galaxies may be close to each other, but not necessarily collide. >>>More