Journey to a black hole (1)

Journey to a black hole (1

Black holes are dense and terrifying. It absorbs everything in its path, and its gravity is so strong that it bends light and distorts time. But what if I told you that we might be wrong about these cosmic vacuum cleaners?

Black holes don't spin and eat everything around them. You have to pass through the black hole's event horizon to be sucked into it. The event horizon is the region around a black hole where gravity is so strong that you would have to move at the speed of light to escape. Moving at the speed of light is impossible, at least according to Einstein, which is why there are no black holes. Run away after crossing this line. Strong gravity pulls you in, and you disappear into the darkness of the black hole. Black forever

But as long as you stay on the safe side of the event horizon, you'll be perfectly fine now. If you have a bad day and end up in a black hole, it might not be as violent as you think. Despite the black hole's unimaginably massive gravity, it won't instantly crush you. Like a can of soda, you'll experience something scientists call spaghetti. It's when a black hole stretches you out into the shape of a spaghetti well. If you approach if the black hole comes forward first, your legs will get long and skinny before your head begins to change shape. Once you cross the event horizon, the stretch you choose will be extreme. And painful, and the black hole will not crush you, but rather it will tear apart your molecules. Aside from the fact that the whole spaghetti process will only take a few seconds maybe a few minutes, sorry, did I say it wouldn't be violent?

Yes I back out of that, that would be really painful but the good news is that you can still come back not just in the same shape you entered the black hole in, yes you may have heard that nothing escapes a black hole, but that's not entirely true, thanks to radiation. Hawking, it turns out that black holes have an interesting quantum phenomenon that occurs at the edge of the black hole. Particles constantly form the event horizon, some returning to the black hole but others escaping the gravity of this monstrosity in the form of radiation. Hawking radiation is time-bound, so so many particles escape the black hole's event horizon that the black hole completely disappears as if it never existed, but it takes an incredibly long time for a black hole to evaporate like that and unfortunately you won't be able to recombine it. Yourself from all those emanating particles, so I wouldn't really recommend jumping into a black hole, an extremely massive one in the middle of our galaxy, and one good thing that can come from getting close to a black hole is that you can hypothetically harvest its radiation and use it to reboot things on Earth. Of course, we are not close to this type of technology, but we have other sources for producing clean renewable energy, such as nuclear fission. I know that when you think of green energy, all that comes to your mind are solar panels and wind turbines. Well, that's why I wanted to tell you about nuclear energy. It emits no emissions, which means it doesn't generate harmful byproducts like fossil fuels. It uses Much less land than solar or wind farms to produce massive amounts of carbon-free energy

Effective when it comes to waste A very win-win as we aim for a cleaner future. Nuclear power can help us significantly in reaching the goal of 100% clean electricity by 2035 and zero carbon emissions by 2050. Now that looks effectively the kind of future I'm looking forward to, at least it's much better than being in the black, you see, there Different types of black holes, which are the remains of stars at least 20 times larger than our sun. Because they are so dense, their events can reach several kilometers in diameter, and their size is unimaginable. The largest black hole ever observed is in the large Phoenix galaxy. Very, and it's a glorious mass of 100 billion, yes billion years with B at this point, it's not just a massive black hole, it's a very massive black hole or less than recently scientists said it was the largest massive black ton 618. Its mass is 60 billion solar masses but There's so much more to the universe that we haven't discovered yet that a black star would be much larger than the mass of the sun than we can imagine. Scientists still don't know exactly how these cosmic monsters multiplied, and we have no idea what happens when there's still something binary about them. But it's... It certainly wouldn't be nice for anyone, but nonetheless we can still be interested in learning more about the black hole. So severe that even light can't escape massively, but that doesn't mean there are invisible ninjas in the universe

They are fairly obvious but he didn't realize he might think it, because their gravitational presence on the stars around them can block the water of vision to some extent but they also detect the effects of their own gravitational hole, and they also see x-rays when something large falls in black, so when This is pulling matter to the point of no return and opening its entrance to extreme temperatures, but the most mysterious thing about the black jet is what falls on the black hole. On the other hand, there is a textual theory that black radiums could be portals to other universes, and the black hole may be connected to another point in space and time through what is known as an Einstein-Rosen bridge, which is a type of wormhole and is unusually stable yet, The scholars were not satisfied with that. Evidence has been found there yet but that doesn't mean it's illiberal What if we could use the Black Furnace Cosmic Subway Where could it take us Could it finally be real Another time While all of this is fun to think about, one big problem The Einstein Rosenberg Bridges are incredibly unstable and could collapse on you at any moment