The wrong times of Einstein

As a symbol for the masses, genius physicists still have very human flaws and that is quite normal in scientific research.

According to Astronomy, over time, reviews of the accuracy of theories and fundamental ideas of Einsteins have appeared more and more. Nobody has succeeded yet, but in reality, genius physicists still make mistakes. This is quite normal in scientific research. No matter how prominent scientists are, they must use true-false tests, or go from many wrong things to find the right one.

Cosmological constant

For a long time, scientists, including Einstein, held that the universe stood still and remained unchanged. However, the equation created by Einsteins runs counter to this assumption. To help the theory of relativity fit, Einsteins adds mathematical correction factors to his equations called cosmological constants, or lambda (λ) .

Einstein decided to remove the cosmological constant from his equations, acknowledging this to be 'the greatest mistake of his life' . (Photo: Zmescience).

But for the next few decades, we all know that the universe is not static, but actually expanding. Although considered to be the biggest mistake of 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 the rate of expansion of the universe.

Attractive waves

In 2016, scientists claimed to have directly detected ripples in the structure of spacetime, called gravitational waves. The discovery is a breakthrough in astronomy, changing the way we study the universe, and is a huge confirmation of Einsteins' efforts. 100 years ago, he predicted the presence of gravitational waves.

But for a while, Einsteins himself doubted their existence. In 1930, two decades after the publication of general relativity, Einsteins once intended to refute gravitational waves. In the end, they do exist, and of course his earlier judgment was correct.

100 years ago, Einstein predicted the presence of gravitational waves, but later doubted. (Photo: Zmescience).

Consequences of theories

Many argue that Einsteins's efforts to revolutionize physics are the result of a series of profound thought processes. From the foundation he built, other scientists can continue to come up with the following consequences.

But on several occasions, he rejected the implications of his own theory because they thought they were strange.

As a pioneer of quantum physics, the science of atomic scale phenomena, Einsteins never paid attention to the idea that the universe was random. 'God does not play dice with the universe , ' he said.

In addition, he did not care about black holes, as a result of his general theory of relativity. Instead, he believes in another consequence, that large objects will extend the space large enough to act as lenses, while diverting light from sources at greater distances.

Other errors

Even though he was a minor person, Einsteins made a small mistake in proving his theories. From the errors in the equation E = mc2 to the failure to consider influential experiments. Einsteins also admits he made mistakes in many basic mathematical errors.

Einstein had an affair with his cousin, Elsa Löwenthal. (Photo: Muy Historia).

In addition, although not related to science, the man with an IQ of 160-190 once married his first cousin, Elsa Löwenthal. Although the marriage was quite happy until her death in 1936, biological marriage was still not the right decision.