Wormhole Meaning
If you saw a wormhole, in fact, this round, spherical, will look a bit like a black hole. Light passes from the other side and gives you a window on a remote location. Once crossed, on the other hand, comes along with your old house completely falling into that shiny circular window. But is wormholes real, or are they hidden magic in the form of physics and mathematics? If they are real, then how do they work and where can we find them? For most human history, we thought the space was very simple; A large flat stage where the events of the universe came up. Even if you take the set of planets and stars down, there is still some left. That empty phase is space and it is in existence, irrevocable and eternal. Einstein’s theory of relativity changed. It says that space and time make that stage together, and they are not equal everywhere. Things on stage can affect the stage itself, pull it and wavy it. If the old stage was like unloading hardwood, Einstein’s platform is similar to water. This type of elastic place can be lean and even broken and can be patched together so that wormholes can be possible. Let’s see how it looks in 2D. Our universe is like a large flat sheet, which bends rightly, wormholes can connect two very, very distant spots with a small bridge, which you can cross almost instantly. Enables to travel the universe faster than the speed of light. So, where can we find a wormhole? Currently, only on paper.
Wormhole’s Theory
General relativity says that they can be possible, but that does not mean that they have to be in existence. General relativity is a mathematical theory. It is a group of equations in which there are many possible answers, but not all maths describe the reality. But they are theoretically possible and there are various types. Einstein Rosen Bridge was the first to be considered the first type of wormholes. They describe every black hole in the form of a portal for an infinite parallel universe. Let’s try to paint them again twice. The empty spacetime is flat, but it has been rotated by objects. If we compress that object, then space-time becomes more curved around it. After all, space-time became so bad that apart from collapsing in the black hole, he has no choice. One-way hurdle form: event horizon, whatever can enter but nothing can escape; On his original singularly stuck on singular But there is no unity here. One possibility is that the second side of the event horizon looks a bit like our universe, but reflects upwards, where time goes backwards. Things in our universe come in black holes. In the parallel universe, with the last time, the black hole of the mirror is spreading things like a big bang. This is called a white hole. Unfortunately, the Einstein-Rosen bridges cannot really be crossed. It takes an infinite time to cross the opposite universe and they get locked in the middle. If you go to the black hole, you will not be able to come out of the white hole. You will die only. So, in order to visit the universe in the blink of an eye, humans need a different type of wormhole; A Traversal Warmhole Very old STRING theory Wormholes If string theory or one of its variations is a true description of our universe, then we can be lucky and our universe can already be a confused web of countless wormholes.
Wormhole’s Possibility
After sometime after the Big Bang, quantum fluctuations in the universe can create many, many travelable vermillions at small scale on a small scale, from one atom to a very small scale. Through them are thread strings, which are called cosmic strings. In the first billionth of a quarter trillion way after the Big Bang, the heads of these small, small wormholes were separated from the light-year; Disperse them through the universe. If Wormhole was created in the early universe, whether in cosmic wire or in some other way, they could all end; Just waiting for the discovery. We too can be closer to feeling. From the outside, black holes and wormholes can look very similar; Some physicists suggest that the supermassive black holes in the centre of galaxies are actually Wormholes. Although it will be difficult to go to the centre of the galaxy to go all the way, it is fine. One can be a very difficult method to keep a wormhole, we can try to make one. Manmade Terminals To be useful and useful, there are some properties that we want a wormhole. First of all, it should be clearly connected to the remote parts of space-time. Like your bedroom and bathroom, or earth and Jupiter Secondly, there should not be any event horizon, which will block a two-way journey. Third, it should be of sufficient size so that gravitational forces cannot kill human passengers.
Wormhole At Present
We have to solve the biggest problem, our wormholes are open. No matter how we make wormholes, gravity tries to stop them. Gravity wants to shut it down and pull it off; Only black holes on the ends Whether it is a traversal wormhole with both ends or a wormhole for any other universe, it will try to shut down until we have nothing to open it. For the old string theory wormholes, this is the cosmic wire job. For man-made worm, we need a new component. Foreign matter is not anything like we find on earth or even antimatter. With crazy qualities, it is completely new and different and exciting, as never before seen. Foreign substances are things that have negative mass. Positive masses like people and planets and everything else in the universe is attractive due to gravity. But the negative mass will be unfavourable; This will push you away. This is a type of anti-gravity that the prop opens our wormholes. And foreign substances should put heavy pressure to open space-time for longer periods than the pressure of the centres of neutron stars. Along with foreign material, we can weave space-time even though we see fit. We can also be a candidate for this foreign matter, space vacuum.
What Could Be The Use Of Wormholes?
Quantum fluctuations in the empty space consistently make pairs of particles and antiparticles, they are destroyed immediately afterwards. The vacuum of space is boiling with them, and we can already make them efficient to produce similar effects of negative mass, which we are looking for. We can use it to stabilize our wormholes. Once we are opening it, the end will start together. So, we have to take them to interesting places. We can start with solar system wires; Leaving one end of each wormhole in the orbit around the earth. We could flick others in the deep place. Earth can be a huge gap for a human heart that can be a wormhole hub which extends in light-years, but only one vermillion is far away. However, there is a dark side in wormholes. Even opening a single wormhole, in the way, breaks the universe into fundamental ways, potentially time travel creates paradoxes, and the cause of the universe violates the structure. Many scientists think that it does not mean that it should be impossible to make them, but it is impossible for them to exist. So, for now, we only know that wormholes exist on paper in our heart and in the form of equations.
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