As an icon to the masses, the genius physicist still has very human flaws and that is completely normal in scientific research.
According to Astronomy, in recent times, opinions about the accuracy of Einsteins’ fundamental theories and ideas have appeared more and more. No one has succeeded yet, but in fact, genius physicists still make mistakes from time to time. This is completely normal in scientific research. Scientists, no matter how brilliant, have to use true-false tests, or go from many wrongs to find the right one.
For a long time, scientists, including Einstein, assumed that the universe was stationary and unchanging. However, the equation created by Einsteins goes against the above statement. To help fit the theory of relativity, Einsteins added a mathematical correction factor to his equations called the cosmological constant, or lambda (λ) .
Einstein decided to exclude the cosmological constant from his equation, admitting it was “the biggest mistake of his life” . (Photo: Zmescience).
Yet, over the next few decades, we all learned that the universe is not inherently static, but is actually expanding. Although considered the greatest mistake of the Einsteins, the cosmological constant is still a fudge factor that changes the way spacetime interacts with dark energy, the form of energy that causes galaxies to grow faster, increasing their growth. expansion rate of the universe.
In 2016, scientists claimed to have directly detected ripples in the fabric of spacetime, called gravitational waves. The discovery is a breakthrough in astronomy, changes the way we study the universe, and is a huge confirmation of the efforts of the Einsteins. 100 years ago, he predicted the presence of gravitational waves.
But there was a time when the Einsteins themselves doubted their existence. In 1930, two decades after the publication of the general theory of relativity, Einsteins intended to disprove gravitational waves. In the end, they really do exist, and of course his earlier statement was correct.
100 years ago, Einstein predicted the presence of gravitational waves, but then doubted. (Photo: Zmescience).
Many argue that the Einsteins’ efforts to revolutionize physics were the result of a series of profoundly thought processes. From the foundation he built, other scientists can follow to come up with the consequences later.
On several occasions, however, he rejected the consequences inferred from his own theory because he thought they were strange.
As a pioneer in quantum physics, the science that explains phenomena at the atomic scale, Einsteins never bothered to think that the universe was random. “God doesn’t play dice with the universe,” he said.
In addition, he was also not interested in black holes, a consequence of his own theory of general relativity. Instead, he believes in another consequence, that massive objects will span spacetime wide enough to act as lenses, while also redirecting light from more distant sources.
Although a man of details, Einsteins still made small errors in the process of proving his theories. From errors in the E=mc2 equation to failure to consider influential experiments. Einsteins also admitted to making mistakes in many basic mathematical errors.
Einstein had an affair with his cousin, Elsa Löwenthal. (Photo: Muy Historia).
Also, despite having little to do with science, the man with an IQ between 160-190 was once married to his first cousin, Elsa Löwenthal. Although the marriage was quite happy until her death in 1936, biologically inbreeding was still not the right decision.