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Stephen Hawking's Way On How To Escape A Blackhole!

Stephen Hawking's Way On How To Escape A Blackhole!

Do you want to be a time traveller or want to experience another universe in which you may find a different solar system-type structure? just Spend some time in an area with high gravity. You can't go back in time, but you can travel to the future if you get close enough to a black hole.

Hey viewers, welcome back to BEYOND UNKNOWN. interested in space? In love with space mysteries? So today’s video is only for you all space lovers. today we’ll discuss how to escape a black hole. are you excited, guys? So without any delay, Let's dive into the video but before that please hit the bell icon and subscribe to the channel to get every single update about the channel.

Recently Stephen Hawking advises people not to freak out if they ever find themselves trapped inside a black hole. While it is possible that they will perish in such a situation, it is also possible that no trace of their existence will ever be found again.

According to the most recent findings in scientific research, the gravity of a black hole is so intense that nothing, not even light, can ever leave once it has been penetrated. They are voids in space that possess a terrible and incomprehensible power... And just in our own galaxy, there are approximately 100 million of them, the largest of which is located at the centre and is billions of times larger than the sun. Fun stuff.

But there is still a chance that things could turn out better. People pay attention to Stephen Hawking's theories because he is the most well-known physicist in the world. He recently proposed a new theory regarding black holes. Because of Stephen Hawking, a significant portion of what we already know about black holes was made possible; in fact, there are even ideas that are named after him. Therefore, it is not a meaningless occurrence whenever he comes up with a new idea.

Nothing that enters a black hole can ever be pulled back out again, at least not in the same state it was in when it entered. On the other hand, a black hole can occasionally shed some of its mass. According to quantum theory, "virtual pairs" of particles can suddenly appear out of nowhere, emerging from the very fabric of space itself. These particles quickly neutralize one another and disappear as a result. However, if two particles appear at the same time just beyond the horizon of a black hole, one of them may be swallowed up by the event horizon and never be seen again. It is impossible for the particles to cancel each other out if the one that is on the outside does not fall through the horizon. Simply put, this "borrows" some of the mass that is contained within a black hole. The loss of mass could become significant enough, after an uncountable number of billions of billions of billions of years, to cause the black hole to evaporate completely.

The material would be released, but not in its original state; instead, only energy and subatomic particles would emerge. In honour of Stephen Hawking, the physicist who first described this type of energy, it is now commonly referred to as Hawking radiation.

During a lecture this week at the KTH Royal Institute of Technology in Sweden, Stephen Hawking presented a new theory that explains how our existence could possibly escape a black hole. This theory was described by Stephen Hawking.

When something is sucked into a black hole, it is not lost to the universe forever as one might expect, according to this theory, which builds on ideas that have been mulled over for decades now. This theory was built on ideas that have been mulled over for decades. Instead, its information, which is defined in physics as all of a particle's properties, is preserved on the boundary (or event horizon) of the black hole, and it will be absorbed by the universe at some point in the future.

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Видео Stephen Hawking's Way On How To Escape A Blackhole! канала Beyond Unknown
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10 августа 2022 г. 0:00:02
00:08:16
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