Did you know that all matter that makes up the human race could fit in a sugar cube (Telegraph.co.uk.)?
Comparing the matter aspect of putting all the human race in a sugar cube to Einstein and his beliefs in physics is similar; Matter is a part of physical science and Einstein studied physics.
Albert Einstein was more interested in physics than any other field of science; he explained how the photoelectric effect works and founded the Theory of General Relativity. Albert Einstein never liked going to school for an education; Even though he became known as the most genius person of the century. For example, Albert Einstein moved through five schools for an education.
During his teenage years, his father's business failed and his family moved to Italy: “His family had moved to Italy - - his father's business had failed again - - and left Einstein in Munich to stay in school”(Bruno 1). Due to his father’s business failing, his family had to move, leaving Einstein behind to finish his schooling. Furthermore, without having citizenship in a country, Einstein enrolled in a high school in Switzerland before moving to a technical school.
At the age of seventeen, Einstein enrolled in a technical school after making rapid progress: “Able to enter the technical school in 1896, he soon grew hate to it as much as he did the high school in Munich”(Bruno 2). After entering a technical school, Einstein began to dislike it as much as he did the high school; He preferred to teach himself. However, Einstein graduated with a teaching degree in 1900 in physics.
Refusing to study for exams and skipping many classes, his friend helped him graduate: “He finally was able to pass his exams with the help of a friend's excellent lecture notes, and graduated with a teaching degree in 1900”(Bruno 2). By refusing to study and skipping classes, Einstein used his friend to help him pass the exams to graduate. Thus, Einstein never put forth a strong effort in school mostly because he disliked going and preferred to teach himself; He did end up graduating in 1900 with a teaching degree.
Einstein wrote several writings on all areas of physics that interested him along with proving theories on which he had no information. As an illustration, Einstein began by writing papers that formed the immediate background to previously stated theories. Through the years of 1902 to 1904 Einstein became more interested in physics and the laws: “During 1902 to 1904, Einstein reworked the foundations of thermodynamics and statistical mechanics; this formed the immediate background to his revolutionary papers of 1905, one of which was on Brownian motion (Gale 2).” His interest in physics caused him to alter the foundations of heat and other forms of energy.
In addition, Einstein wrote his second paper on the photoelectric effect, using information from Max Planck to help explain the phenomenon. He began using Max Planck's ideas and work to use this theory: “Einstein used the very recent ideas of Max Planck to explain the phenomenon. That is, he explained it in terms of quanta, or packets of energy. This was the first use of the theory outside of Planck’s work. Einstein received the Nobel Prize in Physics for this paper (PBS.org).” Later finding out about the phenomenon, he then started to study it using other scientists' work and ideas to fully explain the purpose.
Nonetheless, Einstein published the Theory of Relativity which he later became most known for. The year of 1915 Einstein began writing about Relativity, which was extremely radical: “This resulted in the shocking conclusion that time is not constant. Neither is weight or mass. When moving at high speeds, all of these things get compressed; only the speed of light remains at the same time. That happens because, said Einstein, energy is equal to mass times the speed of light squared, or E=mc2 (PBS.org).” Later publishing papers on other theories, he finally published a paper on Relativity resulting in his famous equation E=mc2. To conclude, Einstein achieved his goal of working in physics to prove theories, by writing papers, testing experiments, and making observations.
Throughout the time Einstein worked in the field of physics, he never knew he would completely change his view of the world. Additionally, Einstein’s work took him eight years to fully figure out and create formulas. Published on December 2, 1915, Einstein forever changed the understanding of Gravity: “Einstein abolished the gravitational “force” proposed by Issac Newton, which acts at a distance to pull bodies together according to their masses. Instead, space and time gain a dimension except that it’s multiplied by the speed of light” (Ferreira 1). By spending time researching, collecting information, and forming formulas, he became able to explain gravity, changing his understanding (outlook).
Next due to Einstein’s dedication to general relativity, it completely changed on how astronomers think about the universe. Considering Einstein as devoted, he began answering the unknown questions of general relativity: “...But if Einstein had not devoted years to it, the curvature of space-time which is the essence of gravity might not have been discovered for decades. Now it has changed the way astronomers think about the universe, has challenged them to try and build theories to explain its origin, and even offer them new ways to inspect its contents” (Ferreira 7).
With hard work and dedication, Einstein believed in himself enough to figure out formulas and propose theories without any information, eventually changing the universe himself. Finally, Einstein’s contributions to physics not only impacted science but impacted pop culture.
On the day of Einstein’s one-hundred-thirty-fifth birthday, information was released that Einstein might have proved the Big Bang Theory: “...cosmetologists announce they believe they had uncovered the gravitational fingerprint that would serve as strong evidence in support of the Big Bang Theory, which held that the universe began with a massive explosion that expanded outward at an unstoppable force”(Gale 6). Going from having not the best education to teaching himself trigonometry and calculus, he changed the field of physics and pop culture forever. On the whole, Einstein not only changed his preferred field of physics, and how people view the universe, but also other theories.
Conclusion
Interested more in physics than any other field of science, he interpreted the photoelectric effect purpose and founded the Theory of Relativity. Altogether, Einstein impacted the field of physics by writing works to prove ideas suggested by previous scientists, along with leading him to prove general relativity. All in all, Einstein changed the field of physics by devoting his time to his work, answering unknown questions about gravity, and making an impact on pop culture. As stated earlier, all matter that makes up the human race could fit into a sugar cube (Telegraph.co.uk.).
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