Can you go back in time?

Scientists have used an electromagnetic computer to create a time-changing situation. Because of this study, our knowledge of physics, It’s interesting to see if the truth can be changed. Knowledge of physics; It’s interesting to see if the truth can be changed. Scientists have used electrons, electrons, and electrons to strike neatly arranged billiard balls with a club. It was created primarily using computers that use electromagnetic particles. The experiment, conducted by researchers at the Moscow Institute of Physics and Technology (MIPT) in collaboration with experts from colleges in Switzerland and the US, is expected to provide a more reliable and more accurate timeline. “It is believed that the timeline was created to mimic the opposite situation,” said Dr Jordy Lesovik, who led the study.

The computer used by the researchers used an electron particle called “qubit,” which is a condition between 1 and 0, and sometimes both 1 and 0 at the same time. (1 is a state of complete existence and 0 is a state of absolute existence.) It is quite strange that both states exist. In the experiment, these Qubit particles were switched between 0 and 1 conditions at very high speeds, mixing the two conditions. According to the video on the test computer, the billiards were carefully nailed to the bench and distorted. In this case, the billiards returned to their original state of neatness by tricking the clock into time using the Qubit particles embedded in the computer. Qubit particles are thought to have returned from one state to another.

According to the laws of physics, one process cannot return to its original state after another. According to the laws of physics that we know, one process cannot return to its original state after another. Even if you try to force it, it will only come back at a different time. In this experiment, it was concluded that the computer had returned to its original state and that the time index had returned to its original state, in other words, it was able to pull back time. According to analysts, this is only 85% successful, and only if only three of the Qubit particles return to their original state will it be 50% successful.

We are the length, Width It is shaped by four dimensions: height and time. Time is a very strange thing. We are the length, Width It is shaped by four dimensions: height and time. For example, suppose an object is standing in these four dimensions at the present moment. Come back in another 5 minutes or so. Width Keep the height the same. Times have changed. I can not get back to the dimension of 5 minutes ago. Because we are so curious about time, we can do strange experiments to better understand time. The next step is to try to control your time as much as you can (in other words, to win over time).