He was the greatest physicist in history. He was the most eccentric genius in history. He was Albert Einstein. This is true because he created some of the most complex mathematical equations in history. Take E = mc^2, for example. It was dubbed "the most complex mathematical equation". The mass energy equivalence formula (E = mc^2) is one of Albert's most well-known discoveries. E = mc^2 means energy is equal to mass multiplied by the speed of light squared. This virtuoso was born on March 14, 1879 in Ulm, Kingdom of Wurttemberg, German empire. He died on April 18, 1955 (at the age of 76) at Princeton, New Jersey.
Max Talmund was a young medical student that tutored the historic brain, Albert Einstein. Max was a weekly lunch guest at Albert's house which gave him a lot of time to teach Albert. With Max's help, Albert made his first scientific paper in his early teens which was something about "aether". He also passed Max's mathematical understanding at about that time. Max also introduced Albert to a series about a man traveling with electricity. This taught Albert about electricity. Later his college education was disrupted by his father's business problems. Fortunately he was able to apply to Swiss Federal Polytechnic School. Next, he founded the Olympia Academy with Conrad Habicht and Maurice Solovine. Then they got many more people to join. They met at the Olympia Academy to debate about physics. This happened before his "miracle year" in 1905 when we worked as a clerk at the patent office. He made a lot of scientific papers that year.
This historic brain's most well-known achievement was the discovery of the equation E = mc^2. This has already been explained but not in full detail. E = mc^2 meant that the world could convert energy into mass and vice versa. This was one of Albert's revolutionary works. He also made the theories of relativity. Still, only the most educated physicists understand general relativity. He also re-wrote the laws of gravitation in his theory of general relativity. In those laws, Einstein showed that matter causes space to curve, a path of light follows the gravitational curve of space, and that time passes more slowly when gravity is strong. He also showed how to calculate Avogadro's number. Only a true virtuoso could do something like that. He even proved that atoms exist. This was a revolutionary discovery but it was and still is being blamed by some people.
In 1921, Albert earned the nobel prize for his discovery of the photoelectric effect. The photoelectric effect or photoemission is the production of electrons or other free carriers when light shines upon a material. He also covered Brownian motion which is the random motion of particles suspended in a field. He even showed that the absolute of time had to be replaced by absolute speed of light which means that the speed of light is absolute. He also studied philosophy.
Albert was an extremely eccentric virtuoso. He opened a door to quantum mechanics and made some of the most useful theories. There will be only one true Einstein, Albert Einstein.
Max Talmund was a young medical student that tutored the historic brain, Albert Einstein. Max was a weekly lunch guest at Albert's house which gave him a lot of time to teach Albert. With Max's help, Albert made his first scientific paper in his early teens which was something about "aether". He also passed Max's mathematical understanding at about that time. Max also introduced Albert to a series about a man traveling with electricity. This taught Albert about electricity. Later his college education was disrupted by his father's business problems. Fortunately he was able to apply to Swiss Federal Polytechnic School. Next, he founded the Olympia Academy with Conrad Habicht and Maurice Solovine. Then they got many more people to join. They met at the Olympia Academy to debate about physics. This happened before his "miracle year" in 1905 when we worked as a clerk at the patent office. He made a lot of scientific papers that year.
This historic brain's most well-known achievement was the discovery of the equation E = mc^2. This has already been explained but not in full detail. E = mc^2 meant that the world could convert energy into mass and vice versa. This was one of Albert's revolutionary works. He also made the theories of relativity. Still, only the most educated physicists understand general relativity. He also re-wrote the laws of gravitation in his theory of general relativity. In those laws, Einstein showed that matter causes space to curve, a path of light follows the gravitational curve of space, and that time passes more slowly when gravity is strong. He also showed how to calculate Avogadro's number. Only a true virtuoso could do something like that. He even proved that atoms exist. This was a revolutionary discovery but it was and still is being blamed by some people.
In 1921, Albert earned the nobel prize for his discovery of the photoelectric effect. The photoelectric effect or photoemission is the production of electrons or other free carriers when light shines upon a material. He also covered Brownian motion which is the random motion of particles suspended in a field. He even showed that the absolute of time had to be replaced by absolute speed of light which means that the speed of light is absolute. He also studied philosophy.
Albert was an extremely eccentric virtuoso. He opened a door to quantum mechanics and made some of the most useful theories. There will be only one true Einstein, Albert Einstein.
