The Theory of Relativity in Space Travel:
What is relevant to the theory of relativity in space travel is the longevity of shaking. We know that when a person travels to the corners of the globe, the astronaut's clock near the observer of the earth moves slower than the identical clock of the person at the far corner of the earth. That means less time. This is something to consider in space travel. In this context we can speak of the twin paradox. Kutavas is a moving phenomenon that is apparent Though not true in sight, it is actually true.
A short story:
A funny result of the longevity is the twin scandal. Let's consider a controlled examination of 10-year-old twin brothers Arafi and Atik. Arafi Traveling. He sails from Earth to a planet 50 Alec years away. Its spacecraft is capable of moving at almost the same speed as Ala. Upon reaching the planet, Arafi's mind began to crawl for home. So he moves back to earth at the same speed, (closer to Ala). Back on earth, he was surprised to find that much of the world had changed. Arafi's twin brother Atiq is about 50 years old. And Sadiq is less than 10 years old. Naturally, the question may arise as a twin brother (Arafi or Atiq) traveled faster than Ala with each other, so whose age did not increase. It is here that paradox is relatively stable in terms of the context of the Atiq, but Arafi travels at very high velocities. According to Arafi, however, Atiq is moving away from the world subject to Arafi and coming back later. That is the inconsistency of the move. [In our above prophecy, the twin brother is really older.
To solve this quota, it is important to remember that we do not consider travel as synonymous. During his travels astronauts arafi have experienced the acceleration and deceleration of traveling on a different planet and returning to earth. So he was not in Kathmandu for a large part of his travels. So in this context, it is not possible to make predictions based on the special theory of relativity. The atiq, on the other hand, is always in its intimate context structure, so it is possible to make accurate predictions based on the special theory of relativity. So the astronaut Arafi will feel younger after returning to Earth. During space travel, astronauts have to take into account the time span. Due to the longevity of the super fast space vehicle.
Ascending will be very young at his age. The reason for this is the clock on the spacecraft, the observer's watch on Earth. It will be slower. Basically less time will be spent. For example, a year's travel time could be equal to 5 years on earth. According to the clock time of the Earth, the spacecraft in the corners can return to Earth after billions of years. Based on real problems, there is a theoretical limitation in the current space aviation technology. Because the speed of the spacecraft is approaching Ala, the energy required for its propulsion. It has its limitations. | In addition, keep in mind the problem of excessive acceleration in space travel (at near speed to Ala). Will be At the corners leading to the astronauts, the car will feel cramped due to space constraints, and other astronauts will also see it. In addition, when the spacecraft returns to Earth, the observer of the earth will see it at a height; the astronaut will see it at a lower altitude.
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