Albert Einstein: Biography Of A Revolutionary Genius

Albert Einstein was a scientist and a revolutionary genius. He found beauty in darkness, revolutionized physics and helped us understand the universe in new ways. He often said that he had no talent and that he was just a passionate and curious man. Curiosity and creativity were without a doubt his core principles.

Albert Einstein is perhaps the most charismatic figure of the 20th century. We all know his famous mass-energy relationship, E = mc2. However, we must also credit him for laying the foundations for cosmology, statistical physics and quantum physics.

In addition, many people call him the “father of the atomic bomb” because his work helped develop the Manhattan Project. Nevertheless, Einstein saw himself as a pacifist.

He has therefore stated several times how much he regretted having persuaded Roosevelt to fund his research. Yet his advances and discoveries have changed history in many ways.

Einstein’s work was essential to Stephen Hawking. His legacy is so vast and inspiring that many of his predictions are still confirmed today, as is the case with gravitational waves.

A boy who amazed the world

Einstein was born in Ulm, Germany, into a Jewish family. His father, Hermann Einstein, was a businessman and his mother, Pauline Koch, was a pianist. Music was therefore an important part of Einstein’s life from an early age.

It should be noted that Einstein only started talking at a very late age and began to learn to read and write very slowly. Moreover, he was secretive, calm and very introverted. All of this made his parents and teachers think he had some sort of learning disability.

However, he himself described that period of his life as a kind of retreat in which he began to think about things that no one else thought of. At the age of six, he started asking questions about space and time.

Because of his musical education, his patient sister, and his uncle Jakob (who had a passion for algebra and research), Einstein began to open up to the world.

At 15, he began to study the infinitesimal calculus on his own. When he turned 17, he went on to study physics and mathematics at the Swiss Federal Institute of Technology in Zurich. Shortly afterwards, he met the love of his life, Mileva Marić, a brilliant Serbian classmate with whom he eventually had two children.

His scientific legacy

In 1905 he published several articles that were fundamental to his legacy as a scientist. In the first paper, he investigated Brownian motion (the random movement of particles in a liquid).

The other articles referred to important events, such as the photoelectric effect, special relativity and the mass-energy relationship. The photoelectric effect earned him the Nobel Prize in Physics in 1921, nearly two decades later. Einstein also worked as a professor at universities in Bern, Prague and Berlin.

When Hitler came to power in 1933, he fled to the United States, where he spent the last 25 years of his life. He died on April 18, 1955 of a sudden aneurysm. He was 76 years old at the time.

Albert Einstein was a revolutionary genius

He was a revolutionary genius , often using what he called “thought experiments. ” He spent a lot of time coming up with various aspects of his theories. For example, he could imagine a man traveling through space in an elevator. Or blind beetles crawling over curved surfaces.

Through his experiments, he was able to explain various elements about gravity or the way photons travel in a curved line and not in a straight line as many people previously believed. Today, a lot of people continue to demonstrate many of his theories.

The photoelectric effect

Many people think that Einstein received a Nobel Prize for his theory of relativity. However, it was for the photoelectric effect.

It is thanks to this discovery that today we can use all kinds of essential technologies, such as the television, solar panels, microchips, motion sensors, copiers, digital cameras and automatic lamps.

Theory of relativity

In 1915 Albert Einstein presented his general theory of relativity to the Prussian Academy of Sciences. With this theory he tried to disprove Newton’s law of gravity.

Other contributions from this revolutionary genius

Einstein’s legacy is very extensive, beginning with his first publications in 1905. His quest for a unified field theory occupied many of his later years. This is because he wanted to reconcile gravity with the description of electromagnetism. However, these are some of his lesser known contributions.

Even today, we have still not been able to answer many of his questions. Albert Einstein was a pioneer in revealing the secrets of the universe and the mysteries of the atom.

His creativity and curiosity knew no bounds. His critical mind was able to challenge things that others took for granted. Ultimately, that’s what an authentic scientist and a true knowledge seeker should do: challenge the established order.