Albert Einstein, one of the greatest scientists of the century. Not only in centuries but the list of the best scientists in the history of mankind will also be on top, his name. Several revolutions came in physics in his efforts. His relativity theory has been examined for hundreds of years. As often as it is done, it is building a more stable position as accurate.
In science, there are occasional groundbreaking theories. The term 'breakthrough' is not to say the word. It's really something to change the age. In order to establish something new in science, he has to prove to other sources of current formulas. If the formula already established as correct, then the new theory or new doctrine would be considered invalid, if the new theory is wrong.
But occasionally something happens when new sources are rejected by the previous formulas and they have established themselves as the right. According to the paradigm shift in science, it says such an event. Einstein was also the owner of a paradigm shift. However, despite being so unique he was not upwards the wrong. In his personal life, he made many mistakes, as well as he made mistakes in science. Let us discuss some scientific mistakes made by Einstein.
1. Cosmic constant
Einstein gave the cosmic constant theory of special relativity. But there are limitations to this theory. It not working in all cases. If we specifically speaking more about it, we need to know the details, a theory that explains the entire universe in any situation. He took the ball and he created the general relativity theory by working nearly 10 years. The theory comes out that the universe is rational. But is it rational? Until then, everyone thought that the universe was ever stable. As always, the universe was as it was before, in the future it will be the same.
That time Edwin Hubble's observation was not completed yet. Still, everyone thought that the universe was fixed. Einstein could not come out of the idea So he did a tactical job. He put a constant in his formula. He wanted the formula to be correct, and then the nature of the universe should remain constant. The meaning of the equation after the constant placement - the universe is fixed.
But later physics progressed very quickly. Scientists have many observations and mathematical analysis that the universe is actually expanding. It is seen that the fact that Einstein's formula first indicated was correct. Whatever Einstein did to correct his source, it was basically wrong. He himself apologized for this later. It was the biggest mistake of his life - The biggest blunder.
Later on, the situation was reversed. Some scientists in the 1980s show that with this constant, the expansion of the universe can be explained. now? Einstein was right about setting up the constant? The argument says, no. Because Einstein had set the constant to establish the universe as 'stable'. He has left mathematically, so he has not, it is not. Again he himself later reprimanded about the constant. If, as with this, the universe's expansion can be explained even if it is any other, at least not the achievement of Einstein.
2. Quantum mechanics
It is a matter of great surprise that Einstein himself contributed to Quantum Mechanics. Among them, one of her photo-electric effects which he gave in 1905. He proved the existence of a photon. He showed that the light can also behave as a wave and also act as a particle.
Different important elements of Quantum Mechanics have powerful effects on the photo-electric effects. On this, Einstein received the Nobel Prize for explaining the theory. But he himself was against Quantum Mechanics. Niels Bohr's idea, he was quite negative about Heisenberg's uncertainty theory, Sterling's cat project, etc.
Alfred Hugenberg says that if you know the mass of any particle, its velocity cannot be known, but if you know the speed, then the mass will not be known. On the other hand, Erwin Schrödinger says a cat at the sub-atomic level may be alive and dead simultaneously. Before observing, nobody can say for sure what the actual condition is. These things are really messy. Einstein's idea was that the universe could not be so bizarre. So it has turned away from life. But he has made an important contribution to Quantum Mechanics, unknowingly.
3. Black Hole
Surprised, the truth was that Einstein was in a dilemma about the existence of Black Hole. In 1915 he gave the theory of general relativity. German physicist Karl Schwarzschild worked on his theory. He used the theory of Einstein to give the new concept of space-time. Einstein was very excited to see this. But he also does oppose as well.
Einstein says, if the Schwarzschild proposal is correct then there will be inconsistency from one side. If a star is narrowed to a very small place, then the rules of nature according to the Shawwa Shield formula will become futile. No normal rules will be implemented here. The density of stars and the gravitational pull will be unlimited. Nature cannot be so imbalanced. So the new recommendation cannot be correct. But it is known later that Schwarzschild is right. The rules of nature are inverted. Currently, we call them as Black Hole.
Einstein was negative even in terms of gravitation wave identification. The gravitational wave can be created in a very powerful cosmic collision. He said that the gravitational wave will be so weak that it can never be detected by humans. But he has proved to be wrong. Nearly 100 years after his prediction, scientists identified the gravitational waves in a very subtle process. Even though late, scientists have been able to prove the negativity of Einstein's inaccuracy.
Basically, no one is far from wrong, many of the best scientists have done something wrong. See that this is the best scientist of our time, Stephen Hawking. He also made many wrong decisions in life. Occasionally it happens to scientists life. However, one thing should be seen by everyone, even by printing them. Einstein was such a great scientist that the mistakes he made today are also discussed, the research is done. Even the books are written and many of those discussions, criticism, books, essays etc. have many interested in reading.
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