Albert Einstein Research Paper

Albert was a German American scientist. He is best known for his theories on relativity and theories of matter and heat. Einstein is considered one of the greatest physicists of all time because he is thought to have changed the way one looks at the universe. Einstein was born in Ulm, southern Germany, to Jewish parents. A year after he was born he moved to Munich, Germany. Albert did not show that he was a genius at an early age. He did not like to receive instructions in school, therefore his education had to begin at home. He would still have to attend school in Munich though, and would get exceptional grades especially in Mathematics; however, he hated it, a teacher suggested him to leave and just study at home because of his dislike toward

He spent a year just living with his parents and reading. Albert then realized that he needed to do something in life. He decided to finish school in Aarau, Switzerland. In 1895, he tried to enter into the Swiss Federal Institute of Technology (a type of university). He took the entrance exam, failed it, and passed it the second time. In the institute Albert realized that his true love was Physics. Albert hated that school also, so much was his dislike toward the school, that he would not even attend the classes. He would rather stay home and do experiments and have his friend take notes for him, then he would just study the notes on his own and take the

In 1905 he was hired as a professor in the University of Zurich for his Annus Mirabilis-the four major papers that he wrote in his life. The first one was about the theoretical dissertations on the dimensions of molecules. The second was about the Brownian Motion; he made predictions about the motion of particles. The third one was about the Photoelectric Effect, which contained a revolutionary hypothesis on the nature of light. In this paper he wrote about the photon being proportional to frequency. His Fourth and most revolutionary paper was the one about Theory of Special Relativity, which contained the interaction viewed simultaneously by an observer at rest, and by an observer moving at uniform