The theory of relativity and light theories have plenty of applications in the world today. The GPS uses the theory of relativity around the Earth to calculate people’s location. Six satellites orbit around Earth and the satellites can figure out the longitude, latitude and the altitude of any location (“How your GPS”). Albert Einstein’s theory of relativity verifies the information and assists people to get from place to place by providing directions.
Albert Albert Einstein, a widelyacknowledged scientist, once stated, “the world is a dangerous place to live; not because of the people who are evil, but because of the people who don’t do anything about it” (“Quotes about Albert Einstein”). Albert Einstein endured many problems that led him to new solutions. Einstein’s various accomplishments eternally changed the world. As a kid, he learned about time, space, energy, and mass in separate contexts. His greatest contribution was to connect these concepts, which he wrote in the Annus Mirabilis papers (Bodanis 8).
The famous article that Einstein published educates people how relative time depends on the object compared to (Goldenstern 13). The theory of relativity enables astronomers to determine the weight and size of planets, a GPS, and the future of self-driving cars. In addition to the theory of relativity, the photoelectric effect states that photons exist as energy and waves (Goldenstern 13). The photoelectric effect allowed future scientist to create solar panels which help the environment. Many people know Albert Einstein for the famous equation E=MC^2 (Goldenstern 80).
This equation assists doctors in running PET scans, make predictions for the future of space travel, and new particles. While presenting these revolutionary science ideas, he spoke during World War I, times of antiSemitism, and World War 2 advocating peace. Albert Einstein changed the past, present, and future by applications of the theory of relativity, light theory, E=MC2, and global affairs. Although Albert Einstein is considered the creator of the atomic bomb, he suggested peaceful interactions between nations upon learning America’s scheme.
Einstein’s theories contributed to the precision of the GPS (“How your GPS”). If Albert Einstein did not grasp the concept of time dilation, people would not have advanced from the simple compass to the sophisticated GPS system. Furthermore, the GPS plays an important role in self-driving cars (“How your GPS”). The next generation will rely on a GPS to find the speed necessary for cars to drive at a constant rate. In fact, companies created prototypes and in the upcoming years, self-driving cars should become more popular (Korosec).
Albert Einstein will have a major impact on the future and his theories could continue to change the world. Besides the GPS, Einstein’s theory of relativity applies to objects in space. Albert Einstein discovered gravitational lensing to prove that light it bent (Goldenstern 28). Nola Redd wrote that “gravitational lensing: Light around a massive object, such as a black hole, is bent, causing it to act as a lens for the things that lie behind it. Astronomers routinely use this method to study stars and galaxies behind massive objects” (Redd).
The applications behind the light theory are endless. The Pegasus Constellation and Kepler used gravitational lensing by viewing a different viewpoint to get precise measurements of constellations. Both of these find the mass of an object and the radius (Redd). In the Pegasus Constellation, scientist found the mass and radius of a supernova while in Kepler’s research he found the mass and radius for a white dwarf, a very dense star that lost most of its energy (Redd). Einstein’s legacy continued after he died by future scientists studying objects in space.
If not for Albert Einstein, the world would not have the advancements in astronomy and humans would not have researched astronomical topics, such as looking for life on Mars. Furthermore, Einstein contributed to society with the photoelectric theory. Einstein’s idea that light is a form of energy helped create solar panels, a form of energy today. The following statistic shows the growth of solar panels: “The amount of home solar roofs grew 70% year-over-year for the most recent quarter, and went from four states with vibrant residential solar markets in 2013, to ten states today” (Fehrenbacher).
Solar panels have an impact on the environment in many ways. They help with the issues of land use, habitat loss, water, and hazardous materials (“Environmental Impacts”). In addition, solar panels save money. Environmentalists around the world worry that fossil fuels cause temperature uprising, toxic air, and much more. Einstein’s theory helped scientist develop a new form of energy. Had solar panels not existed, the world could have become very polluted and global warming could cause ice glaciers will melt faster.
To sum it all up, Einstein’s theory of relativity, gravitational lensing and theories of light transformed the world with the use of solar panels and the future of cars. As a result of the theory of relativity, the famous equation E=MC^2 was developed. Sylvester Gates, a physicist at the University of Maryland said, “when you use a radioactive substance to illuminate processes in the human body, you’re paying direct homage to Einstein’s insight. ” Radioactive elements come into play in the medical world. PET scans and other equipment, which help detect muscle and bone problems, developed because of Einstein’s theory (Tyson).
If not for Einstein, people would have gruesome pain and ailments that could affect their whole life. Albert Einstein impacted the world of medicine as shown in PET scans. Secondly, Albert Einstein’s simple idea of mass having energy has created many ideas of future space travel. The elements of plutonium help power telecommunications satellites and heat for the Mars rovers to act (Tyson).
David Hogg, a scientist supported by NASA, says, “in the far future, if you imagine that we’re sailing to distant stars with spaceships that are driven by radiation pressure—if that ever happens, that will be a really big egacy of Einstein’s kinematics. ” The use of radiation pressure, the pressure around rockets in outer space, could transfer mass into energy by Albert Einstein’s theory. Radiation pressure would become another advancement as they can now travel to further places. The probability of finding another planet with water, plants, or even humans increase greatly because of Albert Einstein’s equation. Finally, Einstein developed the famous equation of E=MC^2. Physicists use fission reactors, a nucleus splits into light nuclei, to release a great amount of power (Tyson).
Power Plants have fission reactors that release energy to supply power to major cities and their citizens. Also, Power plants provide a more reliable source of energy (“Environmental Impacts of Power Plants”). Also, Albert Einstein’s theory led to the field of nuclear energy. All and all, Albert Einstein affected the creators of nuclear power, CAT scans, and the future of scientific travel. While impacting the field of science people know today, Einstein has also affected world affairs. In 1921, he did not go to the third Solvay Congress in Belgium because German scientist was not allowed to (Cassidy, “Public Affairs I”).
In 1922, he was on the Committee on Intellectual Cooperation which was in the League of Nations (Cassidy, “Public Affairs I”). He also led the German League for Human Rights to become friends with France (Cassidy, “Public Affairs I”). During World War I, he was clearly an advocate for peace and helped many people change their views. He helped create a relationship with France and stood up for anything he did not feel was right. He tried to tell scientists around the world to work together and not become enemies because of country feuds.
Albert Einstein was a cordial guy as shown in World War I. In addition to his efforts in World War I, he opposed the oppression of Jewish people. Albert Einstein did not support the name calling of the Jewish scientist, Jewish-Communist physics, so he believed in Zionism, a movement to conquer the Jewish Homeland of Israel (Cassidy, “Public Affairs II”). Furthermore, “as the Nazi movement grew stronger, Einstein helped to organize a leaders such as Adolf Hitler were using their power to destroy other countries and ethnic groups (“Nuclear Energy”).
Considering that Berlin was beginning to make the atomic bomb, Einstein’s decision to tell America to use it as a threat was crucial. However, America did not use it as a threat. They wanted to use it for their own benefit. In the autumn of 1945, Einstein created a group called the Committee of Atomic Scientist (“Nuclear Protest”). The Committee of Atomic Scientist came together with scientists around the world to communicate information regarding the atomic bomb (“Nuclear Protest”). Knowing that America was using it for their own benefit, he wanted to stop the making of the atomic bomb.
To carry out the mission, he appealed to world leaders as shown “in 1955, Einstein joined the British philosopher Bertrand Russell in issuing a widely-publicized appeal to the leaders of the great powers to halt the nuclear arms race” (“Nuclear Protest”). He did everything he could have to stop the atomic bomb. Albert Einstein only wrote the letter because he heard that Berlin was researching methods for an atomic bomb. He wanted America to have an atomic bomb as a threat, not as a weapon. However, America overused their power and used the bomb in a way Einstein never intended to.
Albert Einstein was truly a good person and did not intend the atomic bomb to be used the way it was. non-partisan group, within the Jewish community, that advocated a united stand against fascism” (Cassidy, “Public Affairs Il”). Einstein did not tolerate prejudice and took a stand for any group of people as shown when he stood up for Germans and Jewish people. In inspired scientists to focus on the field of science, and not on ethnic boundaries. He has truly impacted the way people think of different religions and ethnic groups through his actions of peace. However, the use of nuclear power had a downside in Albert Einstein’s life.
The atomic bombs that struck Hiroshima and Nagasaki killed millions of people and affected lives today. In Hiroshima, new born babies breath in these toxic chemicals and it impacts their lungs for the rest of their life (Birth defects). A primary source document that Einstein wrote in a letter to President Roosevelt states: That she should have taken such early action might perhaps be understood on the ground that the son of the German Under-Secretary of State, von Weizsacker, is attached to the Kaiser-Wilhelm-Institute in Berlin where some of the American work on uranium is now being repeated. “Einstein’s Letter”)
In the letter, Albert Einstein informs President Roosevelt that Berlin is developing an atomic bomb. He urges President Roosevelt to take action and become aware of the effects an atomic bomb can have on the world. In addition, he states that the United States of America does not have the main sources of uranium and Canada or Czechoslovakia has plenty of uranium. Albert Einstein believed that establishing a connection between scientist and the government is necessary for planning out the atomic bomb (“Einstein’s Letter”).
Einstein was basically persuading the president to take action and to begin making the atomic bomb. If Albert Einstein did not write a letter to President Roosevelt, Hiroshima and Nagasaki would have thrived and prospered. As shown, he had a negative impact on the world because of the atomic bomb. Wanting to save lives around the world, Albert Einstein suggested constructing an atomic bomb in America. Powerful