Is There Anything Faster Than The Speed of Light?

Is There Anything Faster Than The Speed of Light? 

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     The light moves rapidly to 300,000 km (three hundred thousand) per second. When you think of it in our world, this speed is unreachable, it seems to be a tremendous speed. So that light can travel around the world seven times in a second. We could have gone from Earth to the moon in a second. But considering the enormous magnitude of the universe, the speed of light is insufficient. If we moved at the speed of light, we could go to the sun in 8 minutes or the nearest galaxy, Andromeda, in 2 million years. According to Einstein's theory of relativity, there is no high speed of light. So the speed of light is the limit point. But at the time, many of the information that was known today was unknown. For example, the universe is constantly expanding.

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     The journey in the universe has been the greatest dreams of mankind for hundreds of years. Is there anything beyond the speed of light that has been subject to many sci-fi films and documentaries? According to scientists and experiments conducted today, such a thing is possible. The atomic-sized particles were multiplied in the CERN experiment in Switzerland, which is still in progress by scientists. The formation of the universe, the need for the speed of light was obtained important information. Some particles detected a little bit of light speed. Scientists have repeated it 15 thousand times, in case the results were wrong, and the outcome came back the same. Still, scientists say it might be wrong. What if it's not wrong? Then, even if the theory of relativity is not fully lifted, it will be greatly modified. Humanity will be able to travel through space, which has dreamed for centuries, and can enforce the boundaries of the human galaxy. There are some theories about it today.

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Tachyons

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     One of the theories that says that high speeds are possible is "Tachyon". There are virtual numbers in the essence of your theory. According to the theory of relativity E=mc² Where E: Energy, M: Mass, C: is the speed of light. So energy and mass vary depending on speed. But this formula is simple, the formula is:

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     According to this theory, if the velocity of the object is faster than the speed of light, the square is out of the joint. The Buddha makes the mass minus the value. Normally we can say that mass cannot be negative, but virtual numbers have been useful in many subjects after seeing acceptance in mathematics. It is not possible according to the known physics rules, but mathematics confirms it. If we say things that move at a speed below the speed of light, we can call it anti-matter to things that move at a high speed of light. But here, the limit is the speed of light, the tachyon cannot move at the speed of light unless the substances can move at the speed of light.

String theory

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     String theory is one of the basic physics models. This theory says that everything in the universe is too small to be divided into strings (minus 35 meters), resulting in vibration of different resonance substances. Scientists have been calling this theory "theory of Everything" for the last five years. According to scientists, if the strings are observed and understood, everything can be explained comfortably from the smallest realms to the oldest.

M-Theory

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     According to M-theory, we can find the answer to the questions in the macro (large) realms in micro (small) worlds. To clarify a small example, a hair strand appears as a one-dimensional, so it only appears to be a length. But there is a length of the wire for an ant or a flea, even the width. This is the case with atomic size. If the strings we can't examine are observed, we can get a lot of new information about the mysteries of the universe and open doors to different dimensions.

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      If we actually live in a three-dimensional universe, the wormholes that are opened must also be bubble-shaped. If we can do it by Stephen Hawking, we could create a tear. A cosmic engineer must first create two mouths and tie one of the mouths away from the light years. But the tunnel between them is not part of space and may be too short. It's a simple idea, but in order for your mouth and tunnel to collapse, you need enormous amounts of negative energy. According to the theory of general relativity, negative energy is essential. Negative energy that will keep the wormhole open is unstable. Entering an unstable wormhole is like sticking your finger in a bubble. It's likely to explode. It may take centuries to develop or realize the theory.

     Another theory is that we transform our bodies into information and transfer information from one place to another at lightning speed (teleportation). Quantum physicists from the University of Maryland, Chris Monroe and Steve Olmschenk, are experimental and theoretical studies for this theory; "To revive this, let's see the randomness of the two coins, separate from one another and try to be together. Every time we throw two coins into the air, the results we get are random results. The goal is to drop the money in the same way, but this way you can teleport the coin from one place to another. Of course, it's just the idea of how to do it. It can also use a quantum roaming effect to bond between microscopic objects. When a bomb explodes, two pieces of shrapnel move independently from each other and unaffected. Imagine this bomb is in the subatomic world. Two pieces of shrapnel fly, but according to Quantum entanglement, the path of one's progress is completely dependent on the other. If a piece turns clockwise, the other piece rotates exactly the opposite of the clockwise direction. Physicists have been struggling to teleport for 20 years, using a circulation. We did it with two atoms of the ytterum element. We start by putting two atoms on two sides of the table on the subject. The atoms were hanging in the air in the vacuum chamber. With microwave radiation, when the quantum information called Qubib (the Qubitis, the coin-toss) is written into the first atom, the photon will vibrate and radiate the entire laboratory and transmit the information to the other atoma. They share the information we wrote in the first Atoma. We call it quantum irradiation, because without sending the information, they feel the information. Because there is no physical interaction, because of the magic of quantum entanglement. " The real question is: Will the human beings be beamed to a pile of organic matter consisting of 7000 trillion trillion atoms? We don't have enough room right now to regulate and write the possibilities of trillions of atoms. If it's teleportation, he believes it will be due to quantum entanglement, physicists. If I'm quantum mechanical, teleportation also requires quantum mechanics.

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     When we look at the universe, everything looks the same everywhere. This is a problem, because the universe has spread throughout the life of the universe, and the light has not enough time to make this journey. It's called a homogeneity problem. The problem of homogenizing is that the whole galaxy and substance are evenly distributed to the universe. The absence of substance where we look is the greatest puzzle of cosmology. The Problem is, physicists think that since the Big bang, there's not enough time for substance to be evenly distributed. If we imagine Big Bang as a party, everyone gets the same kind of beverage as soon as the party starts. How can the waiter do this so fast? Like the Big Bang universe, the waiter wouldn't have enough time to do the service at the speed of light before everyone else was disbanded. Many scientists connect the solution to the theory called Cosmic swelling. According to this idea, the room stays small and the waiter is able to serve everyone, and then a mysterious big force is blowing the room out of nowhere. And the waiter gets to drink without getting tired. The cosmic swelling means that the universe begins from an incredibly small point, and the concentration of all the energy in the universe is the unbearable expansion of the universe in trillions of trillion times a second. From a smooth point to a wide range of distances, we see it nowadays. But the swelling couldn't be proved.

     What if we change the limit of the speed of light instead of the variable rate of enlargement? It's called the Changing speed of light theory. According to this theory, our waiter will distribute his service faster at the beginning of the universe. Then we'll turn to the speed of the moment, and we'll be amazed at how he distributed this vast universe in such a short time. In the varying speed of light limit theory, the light was faster at the beginning of the universe. Then there may be high speed limits in areas that still have this power. According to this idea, in the first moments of the universe there are small lacerations that are shaped in space-time. Since then, these lacerations have expanded throughout the universe, now billions of light years long. Cosmic cords serve as high velocity lines between slow-moving regions. If we consider these cosmic cords as a subway, there is a speed limit on the surface, which is not below, but the laws of Einstein on the surface. The bottom of the subway is the cosmic string, which goes to the city faster. If we can fit a vehicle into these high-velocity corridors created around the cosmic strings, it may be possible to quickly navigate the universe.

     From now on, long distance travel days until about 100-150 years ago, even the inter-country journey has been down for hours. Perhaps soon our children will travel at light speed in the light of these theories. Wherever science is going, our hopes will not be extinguished until the final frontier. One day, we'll get what we want because if a person can imagine it, he could.

 Will This Go Faster Than Light?

References:

1. Is it possible to travel faster than light?
2. Anything faster than light?
3. Tachyon
4. Light Speed