Albert Einstein

Albert Einstein Albert Einstein Einstein was born on March 14, 1879, in Ulm Germany. He lived there with his parents, Herman and Pauline. After a year in Ulm, due to the failure of his father’s electrical and engineering workshop, the Einstein family moved to Munich (the capital of Bavaria), where after a year in residence there, Einstein’s mother had Maja, Einstein’s sister. Despite the fact that he was Jewish, from age five until age ten, Einstein attended a Catholic School near his home. But, at age 10, Einstein was transferred to the Luitpold Gymnasium, where Latin, Greek, History, and Geography were pounded into childrens’ heads.

His parents wanted him to finish school, get his diploma so he could go to a University, and then become an electrical engineer. But Einstein had other Ideas for his future. Einstein’s father wanted him to attend a university but he could not because he did not have a diploma from the Gymnasium. But there was a solution to this problem over the Alps, in Zurich, there was The Swiss Federal Institute of Technology which did not require a diploma to attend. The one thing it did require was the applicant to pass an entrance exam.

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But then yet another problem arose, most scholars were 18 when they entered the institute, and Einstein was only 16. Einstein took the risk, and in the autumn he was dispatched over the Alps. Einstein took the exam, but did not pass. The principal of the school was impressed with his abilities, so he was admitted to the cantontal school at Aarau, with the hope that a year’s study there, would enable him to pass the exam. Einstein enjoyed this school, and it is said that it was here that Einstein began to open up.

Toward the end of his stay at Aarau, Einstein had an explosion which was caused by the antagonism of all things German that had been building up inside him since he was a child; he refused to be German and announced that he was going to cut off all formal connection with the Jewish faith. Albert Einstein has been called the most brilliant person since Newton. This may be because of his Theory of Relativity, which contained the famous equation E=mc; or his major involvement in the Manhattan Project, the making of the atom bomb, probably the most destructive weapon known to man. Einstein has one of the most spectacular uses of geometry in his theory of gravitation, also known as the general theory of relativity. Einstein discovered that by considering the properties of space as though it were curved, he could account for the effects of gravity of gravity without using the customary pull that we intuitively associate with gravity. He found that he could explain the natural world by using geometry (Stwertka 20).

In the general theory of relativity, a large mass such as the sun warps the space around it (see figure 2 & 3). Even though this is hard to visualize, if we can think in two dimensions, it is like the depression made by a large ball on top of a sheet of rubber. Any kind of mass near the sun will tend to fall into the depression, and move toward the sun. This kind of behavior has the same effect that is said to be caused by the gravitational pull. Now that we know this part of the theory, Einstein’s prediction that a beam of light is deflected by gravity is now easier to explain in the terms of the warped space.

The deflection of light is caused by the curvature of space itself. As we know, light travels in a straight line. In space they define a straight line, or geodesic, through which they are moving. Near a mass space time is non-Euclidean, and the line is now curved like a line drawn on a sphere. The curved path followed by light near the sun is really a straight line in the non-Euclidean space around the sun.

In a similar way, the rotation of the earth about the sun can be interpreted as the earth traveling along a geodesic in curved space-time (Stwertka 20-21). This theory has been put to many tests. All of these tests have proven Einstein’s theory to be true. Einstein has contributed so many things to math, science and life which opened up a new way of thinking. His great mind opened up every bodies eyes and showed us that the universe is not as perfect as it seems. Bibliography Einstein, Albert.

The New Encyclopedia Britannica. 1990 ed. Einstein, Albert. The World Book Encyclopedia. 1991 ed. Newman, James R. The World of Mathematics.

New York: Simon and Schuster, 1956. Paulos, John Allen. Beyond Numeracy. New York: Alfred A Knopf, 1997. Stwertka, Albert. Recent Revolutions in Mathematics.

New York: Franklin Watts, 1987. Bibliography Albert Einstein Einstein was born on March 14, 1879, in Ulm Germany. He lived there with his parents, Herman and Pauline. After a year in Ulm, due to the failure of his father’s electrical and engineering workshop, the Einstein family moved to Munich (the capital of Bavaria), where after a year in residence there, Einstein’s mother had Maja, Einstein’s sister. Despite the fact that he was Jewish, from age five until age ten, Einstein attended a Catholic School near his home. But, at age 10, Einstein was transferred to the Luitpold Gymnasium, where Latin, Greek, History, and Geography were pounded into childrens’ heads. His parents wanted him to finish school, get his diploma so he could go to a University, and then become an electrical engineer.

But Einstein had other Ideas for his future. Einstein’s father wanted him to attend a university but he could not because he did not have a diploma from the Gymnasium. But there was a solution to this problem over the Alps, in Zurich, there was The Swiss Federal Institute of Technology which did not require a diploma to attend. The one thing it did require was the applicant to pass an entrance exam. But then yet another problem arose, most scholars were 18 when they entered the institute, and Einstein was only 16.

Einstein took the risk, and in the autumn he was dispatched over the Alps. Einstein took the exam, but did not pass. The principal of the school was impressed with his abilities, so he was admitted to the cantontal school at Aarau, with the hope that a year’s study there, would enable him to pass the exam. Einstein enjoyed this school, and it is said that it was here that Einstein began to open up. Toward the end of his stay at Aarau, Einstein had an explosion which was caused by the antagonism of all things German that had been building up inside him since he was a child; he refused to be German and announced that he was going to cut off all formal connection with the Jewish faith.

Albert Einstein has been called the most brilliant person since Newton. This may be because of his Theory of Relativity, which contained the famous equation E=mc; or his major involvement in the Manhattan Project, the making of the atom bomb, probably the most destructive weapon known to man. Einstein has one of the most spectacular uses of geometry in his theory of gravitation, also known as the general theory of relativity. Einstein discovered that by considering the properties of space as though it were curved, he could account for the effects of gravity of gravity without using the customary pull that we intuitively associate with gravity. He found that he could explain the natural world by using geometry (Stwertka 20). In the general theory of relativity, a large mass such as the sun warps the space around it (see figure 2 & 3).

Even though this is hard to visualize, if we can think in two dimensions, it is like the depression made by a large ball on top of a sheet of rubber. Any kind of mass near the sun will tend to fall into the depression, and move toward the sun. This kind of behavior has the same effect that is said to be caused by the gravitational pull. Now that we know this part of the theory, Einstein’s prediction that a beam of light is deflected by gravity is now easier to explain in the terms of the warped space. The deflection of light is caused by the curvature of space itself.

As we know, light travels in a straight line. In space they define a straight line, or geodesic, through which they are moving. Near a mass space time is non-Euclidean, and the line is now curved like a line drawn on a sphere. The curved path followed by light near the sun is really a straight line in the non-Euclidean space around the sun. In a similar way, the rotation of the earth about the sun can be interpreted as the earth traveling along a geodesic in curved space-time (Stwertka 20-21). This theory has been put to many tests.

All of these tests have proven Einstein’s theory to be true. Einstein has contributed so many things to math, science and life which opened up a new way of thinking. His great mind opened up every bodies eyes and showed us that the universe is not as perfect as it seems. Bibliography Einstein, Albert. The New Encyclopedia Britannica.

1990 ed. Einstein, Albert. The World Book Encyclopedia. 1991 ed. Newman, James R. The World of Mathematics. New York: Simon and Schuster, 1956. Paulos, John Allen.

Beyond Numeracy. New York: Alfred A Knopf, 1997. Stwertka, Albert. Recent Revolutions in Mathematics. New York: Franklin Watts, 1987.

Mathematics.

Albert Einstein

Albert Einstein Albert Einstein was born March 14, 1879 in Germany. His family owned a small business that manufactured electric machinery. The business failed and they left Germany. Albert was fifteen years old and he dropped out of school. When Albert was five when he received his first compass and he began to investigate the world.

Little did he know that that compass would make him famous. By the age of ten he becomes so fascinated by the world of science he self-educates himself to learn as much as possible. Albert then went to a secondary school in Switzerland. Albert felt that the academics and education were not satisfying enough so he started cutting his classes and used all his free time to learn about physics. He had learned so much that his career had already taken off without him even realizing it yet. He became a substitute teacher and an actor until 1902 when he secured a position as an examiner in a Swiss patent office.

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Not long after he married Mileva Maric and had two sons. 1905 was the biggest year for Einstein. It is called his “Miracle Year”. He published a paper on the Brownian Motion and the seminal papers on his theory of relativity. He received his doctrine from the University of Zurich for a theoretical dissertation of molecules.

He published three very important papers to twentieth century physics. The first paper on Brownian motion made significant predictions on the motion of particles that are randomly distributed in a fluid, which were later proved by an experiment The second paper on Photoelectric effect presented a hypothesis on the nature of light. He proposed that under certain circumstances light could be considered a particles. He also hypothesized that the energy carried by a photon is depositional to the frequency of radiation. The formula E= HU proves this.

Virtually no one accepted this theory but thought differently when Robert Andrews Millikan proved it. The third paper was on electrodynamics of moving bodies. It became known as the theory of relativity. It explains how matter and radiation interact with one another. With these well thought out papers Albert Einstein had solved the unanswered problems of the world.

He wanted to learn more and began to try and answer the questions of the universe. In 1939 Einstein connected with other scientists and wrote a letter to the president, Franklin D. Roosevelt pointing out the possibility of making an atomic bomb. Albert signed the letter and the sent it off. That is when the first atomic bomb was ever made. Albert Einstein died 1n 1955 but during his lifetime he filled so many blanks about our universe. Albert Einstein had a huge positive impact on history.

He changed the confused minds of people and answered their questions. He dedicated his life to science and because of him our world has started to come together. Without him scientists would still be trying to figure out the speed of light, relativity, elements mass… Etc. He educated the world and encouraged more people to learn about the natures of earth. The biggest thing Albert Einstein did was he discovered the connection between energy and mass through the famous equation of E= MC2.

Einstein’s famous speech about this equation states that mass and energy are both different manifestations of the same thing. This equation helped the world today and will continue to do so. Einstein was a great scientist with a brilliant mind. Everyone uses the knowledge that Einstein created even if we don’t realize it. We know the speed of light, which helps us, because we can have more of it and it follows along with the speed of sound and relativity.

Einstein has done many good things and has helped our world tremendously. If he did not dedicate his life to science then all our minds would be overflowing with the unanswered questions of the world. Also because of him our technology has improved. We have telephones and computers and televisions and all the electronic devices that are here because of Albert Einstein’s theories. It was partly because of him that the atomic bomb was made and that has helped us with the wars.

It has made us come to realize that someone’s theory can be more powerful than thousands of people.

Albert Einstein

Biography of:
Albert Einstein
Of all the scientists to emerge from the nineteenth and twentieth centuries there is one whose name is know by almost all-living people. While most of these people do not understand this man’s work, everyone knows that its impact on the world of science and mathematics is astonishing. Yes, many have heard of Albert Einstein’s General Theory of Relativity, but few know about the intriguing life that led this scientist to discover what some have called, “The greatest scientific achievement of human thought.”
Einstein was born in Ulm, Germany on March 14, 1874. Before his first birthday, his family had moved to Munich where young Albert’s father, Hermann Einstein, and uncle set up a small electro-chemical business. He was fortunate to have an excellent family with which he held a strong relationship. Albert’s mother, Pauline Einstein, had an intense passion for music and literature, and it was her that first introduced her son to the violin in which he found much joy and relaxation. Also, he was very close with his younger sister, Maja, and they could often be found in the lakes that were scattered about the countryside near Munich.

As a child, Einstein’s sense of curiosity had already begun to stir. A favorite toy of his was his father’s compass, and he often marveled at his uncle’s explanations of algebra. Although young Albert was intrigued by certain mysteries of science, he was considered a slow learner. His failure to become fluent in German until the gage of nine even led some teachers to believe he was disabled.

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Einstein’s post basic education began at the Luitpold Gymnasium when he was ten. It was here that he first encountered the German spirit through the school’s strict disciplinary policy. His disapproval of this method of teaching led to his reputation as a rebel. It was probably these differences that caused Einstein to search for knowledge for home. He began not with science and math, but with religion. He avidly studied the Bible seeking truth, but this religious fervor soon died when he discovered the intrigue of science and math. To him, these seemed much more realistic that ancient stories. With this new knowledge he disliked class even more, and was eventually expelled from Luitpold Gymnasium being considered a disruptive influence.

Feeling that he could no longer deal with the German mentality, Einstein moved to Switzerland where he continued his education. At sixteen he attempted to enroll at the Federal Institute of Technology but failed the entrance exam. This forced him to study locally for one year until he finally passed the school’s evaluation. The Institute allowed Einstein to meet many other students that shared his curiosity, and it was here that his studies turned mainly to Physics. He quickly learned that while physicists had generally agreed on major principals in the past, there were modern scientists who were attempting to disprove outdated theories. Since most of Einstein’s teachers ignored these new ideas, her was again forced to explore on his own. In 1900 he graduated from the Institute and then achieved citizenship to Switzerland.
Einstein became a clerk at the Swiss Patent Office in 1902. This job had little to do with physics, but he was able to satiate his curiosity by figuring out how new inventions worked. The most important part of Einstein’s occupation was that it allowed him enough time to pursue his own line of research. As his ideas began to develop, he published them in
specialist journals. Though he was still unknown to the scientific world, he began to attract a large circle of friends and admirers.A group of students that he tutored quickly transformed into a social club that shared a love of nature, music, and of course, science and math. In 1903 he married Mileva Meric, a mathematician friend.

In 1905, Einstein published five separate papers in a journal, the Annals of Physics. The first was immediately acknowledged, and the University of Zurich awarded Einstein an additional degree. The other papers helped to develop modern physics and earned him the reputation of an artist. Many scientists have said that Einstein’s work contained an imaginative spirit that was seen in most poetry. His work at this time dealt with molecules and how their motion affected temperature, but he is most well know for his General Theory of Relativity which tackled motion and the speed of light. Perhaps the most important part of his discoveries was the equation: E=mc2.

After publishing these theories Einstein was promoted at his office. He remained at the Patent Office for another two years, but his name was becoming too big among the scientific community. In 1908, Einstein began teaching part time at the University of Berne, and the following year, and the age of thirty, he became employed full time by Zurich University. Einstein was now able to move to Prague with his wife and two sons, Hans Albert and Eduard. Finally, after being promoted to a professor, Einstein and his family were able to enjoy a good standard of living, but the job’s main advantage was that it allowed Einstein to access an enormous library. It was here that he extended his theory and discussed it with the leading scientists of Europe. In 1912 he chose to accept a job placing him in high authority at the Federal Institute of Technology, where he had originally studied. It was not
until 1914 that Einstein was tempted to return to Germany to become research director of the Kaiser Wilhelm Institute for Physics.

World War I had a strong effect on Einstein. While the rest of Germany supported the army, he felt the war was unnecessary, and disgusting. The new weapons of war, which attempted to mass slaughter people, caused him to devote much of his life toward creating peace. Toward the end of the war Einstein joined a political party that worked to end the war, and return peace to Europe. In 1916, the government outlawed this party, and Einstein was seen as a traitor.

In that same year, Einstein published his General Theory of Relativity. This was a result of ten years of work revolutionized physics. It basically stated that the universe had to be thought of as curved, and told how light was affected by this. The next year, Einstein published another paper that added that the universe had no boundary, but actually twisted back on itself.

After the war, many aspects of Einstein’s life changed. He divorced his wife, who had been living in Zurich with the children throughout the war, and married his cousin Elsa Lowenthal. This led to a renewed interest in his Jewish roots, and he became an active supporter of Zionism. Since the anti-Semitism was growing in Germany, he quickly became the target of prejudice. There were many rumors about groups who were trying to kill Einstein, and he began to travel extensively. The biggest change, though, was in 1919 when a scientist who had studied an eclipse confirmed that his theories were correct.

In 1921, he traveled through Britain and the United States raising funds for Zionism and lecturing about his theories. He also visited the battle sites of the war, and urged for Europe to renew scientific and cultural links. He promoted non-patriotic, non-competitive
education, believing that it would prevent war from happening in the future. He also believed that socialism would help the world achieve peace.

Einstein received the Nobel Prize for Physics in 1922. He gave all the money to his ex-wife and children to help with their lives and education. After another lecture tour, he visited Palestine for the opening of the Hebrew University in Jerusalem. He also talked about the possibilities that Palestine held for the Jewish people. Upon his return he began to enjoy a calmer life in which he returned to his original curiosity, religion.

While Einstein was visiting America in 1933 the Nazi party came to power in Germany. Again he was the subject to anti-Semitic attacks, but this time his house was broken into, and he was publicly considered an enemy of the nation. It was obvious that he could not return to Germany, and for the second time he renounced his German citizenship. During these early years in America he did some research at Princeton, but did not accomplish much of significance.

In 1939, the Second World War began to take form. There was heated argument during this time over whether the United States should explore the idea of an atomic bomb. Einstein wrote to President Roosevelt warning him of the disaster that could occur if the Nazi’s developed it first. Einstein did not participate in the development of the bomb, but the idea did stem from his equation E=mc2. Just as he knew that the bomb was under development, he also knew when it was going to be used. Just before the bomb was dropped in Japan, Einstein wrote a letter to the President begging him not to use this terrible weapon.

The rest of Einstein’s life was dedicated to promoting peace. After the war ended, he declared, “The war is won, but peace is not.” He wrote many articles and made many speeches calling for a world government. His fame, at this point, was legendary. People
from all over would write to him for advice, and he would often answer them. He also continued his scientific research until he died on April 18, 1955 at Princeton. There is no doubt that he was dissatisfied that he never was able to find the true meaning of existence that he strove for all of his life.


Bibliography
BIBLIOGRAPHY
Clark, Ronald W., Einstein – The Life and Times, New York: World Publishing, 1971.


Dank, Milton, Albert Einstein, New York: An Impact Biography, 1920.


Dukas, Helen and Banesh Hoffman, eds., Albert Einstein: The Human Side, Princeton:
University Press, 1979.


Einstein, Albert, Carl Seelig, ed., Ideas and Opinions, New York: Bonanza Books, 1954.


“Einstein, Albert.” Random House Encyclopedia, Random House Press, 1990 edition.


Hunter, Nigel, Einstein, New York: Bookwright Press, 1987.


Nourse, Dr. Alan E., Universe, Earth and Atom: The Story of Physics, New York and
Evanston: Harper ; Row, Publishers, 1969.

Albert Einstein

Of all the scientists to emerge from the nineteenth and twentieth centuries there is one whose
name is known by almost all living people. While most of these do not understand this man’s
work, everyone knows that its impact on the world of science is astonishing. Yes, many have
heard of Albert Einstein’s General Theory of relativity, but few know about the intriguing life that
led this scientist to discover what some have called, “The greatest single achievement of human
thought.” Einstein was born in Ulm, Germany on March 14, 1874. Before his first birthday, his
family had moved to Munich where young Albert’s father, Hermann Einstein, and uncle set up a
small electro-chemical business. He was fortunate to have an excellent family with which he held
a strong relationship. Albert’s mother, Pauline Einstein, had an intense passion for music and
literature, and it was she that first introduced her son to the violin in which he found much joy
and relaxation. Also, he was very close with his younger sister, Maja, and hey could often be
found in the lakes that were scattered about the countryside near Munich. As a child, Einstein’s
sense of curiosity had already begun to stir. A favorite toy of his was his father’s compass, and
he often marvelled at his uncle’s explanations of algebra. Although young Albert was intrigued
by certain mysteries of science, he was considered a slow learner. His failure to become fluent
in German until the age of nine even led some teachersto believe he was disabled. Einstein’s
post-basic education began at the Luitpold Gymnasium when he was ten. It was here that he
first encountered the German spirit through the school’s strict disciplinary policy. His
disapproval of this method of teaching led to his reputation as a rebel. It was probably these
differences that caused Einstein to search for knowledge at home. He began not with science,
but with religion. He avidly studied the Bible seeking truth, but this religious fervor soon died
down when he discovered the intrigue of science and math. To him, these seemed much more
realistic than ancient stories. With this new knowledge he disliked class even more, and was
eventually expelled from Luitpold Gymnasium being considered a disruptive influence. Feeling
that he could no longer deal with the German mentality, Einstein moved to Switzerland where he
continued his education. At sixteen he attempted to enroll at the Federal Institute of Technology
but failed the entrance exam. This forced him to study locally for one year until he finally passed
the school’s evaluation. The Institute allowed Einstein to meet many other students that shared
his curiosity, and It was here that his studies turned mainly to Physics. He quickly learned that
while physicists had generally agreed on major principals in the past, there were modern
scientists who were attempting to disprove outdated theories. Since most of Einstein’s teachers
ignored these new ideas, he was again forced to explore on his own. In 1900 he graduated
from the Institute and then achieved citizenship to Switzerland. Einstein became a clerk at the
Swiss Patent Office in 1902. This job had little to do with physics, but he was able to satiate his
curiosity by figuring out how new inventions worked. The most important part of Einstein’s
occupation was that it allowed him enough time to pursue his own line of research. As his ideas
began to develop, he published them in specialist journals. Though he was still unknown to the
scientific world, he began to attract a large circle of friends and admirers. A group of students
that he tutored quickly transformed into a social club that shared a love of nature, music, and of
course, science. In 1903 he married Mileva Meric, a mathematician friend. In 1905, Einstein
published five separate papers in a journal, the Annals of Physics. The first was immediately
acknowledged, and the University of Zurich awarded Einstein an additional degree. The other
papers helped to develop modern physics and earned him the reputation of an artist. Many
scientists have said that Einstein’s work contained an imaginative spirit that was seen in most
poetry. His work at this time dealt with molecules, and how their motion affected temperature,
but he is most well known for his Special Theory of Relativity which tackled motion and the
speed of light. Perhaps the most important part of his discoveries was the equation: E=mc2.
After publishing these theories Einstein was promoted at his office. He remained at the Patents
Office for another two years, but his name was becoming too big among the scientific
community. In 1908, Einstein began teaching party time at the University of Berne, and the
following year, at the age of thirty, he became employed full time by Zurich University. Einstein
was now able to move to Prague with his wife and two sons, Hans Albert and Eduard. Finally,
after being promoted to a professor, Einstein and his family were able to enjoy a good standard
of living, but the job’s main advantage was that it allowed Einstein to access an enormous
library. It was here that he extended his theory and discussed it with the leading scientists of
Europe. In 1912 he chose to accept a job placing him in high authority at the Federal Institute of
Technology, where he had originally studied. It was not until 1914 that Einstein was tempted to
return to Germany to become research director of the Kaiser Wilhelm Institute for Physics.
World War I had a strong effect on Einstein. While the rest of Germany supported the army, he
felt the war was unnecessary, and disgusting. The new weapons of war which attempted to
mass slaughter people caused him to devote much of his life toward creating peace. Toward the
end of the war Einstein joined a political party that worked to end the war, and return peace to
Europe. In 1916 this party was outlawed by the government, and Einstein was seen as a traitor.
In that same year, Einstein published his General Theory of relativity, This result of ten years
work revolutionized physics. It basically stated that the universe had to be thought of as curved,
and told how light was affected by this. The next year, Einstein published another paper that
added that the universe had no boundary, but actually twisted back on its self. After the war,
many aspects of Einstein’s life changed. He divorced his wife, who had been living in Zurich with
the children throughout the war, and married his cousin Elsa Lowenthal. This led to a renewed
interest in his Jewish roots, and he became an active supporter of Zionism. Since anti-Semitism
was growing in Germany, he quickly became the target of prejudice. There were many rumors
about groups who were trying to kill Einstein, and he began to travel extensively. The biggest
change, though, was in 1919 when scientist who studied an eclipse confirmed that his theories
were correct. In 1921, he traveled through Britain and the United States raising funds for
Zionism and lecturing about his theories. He also visited the battle sites of the war, and urged
that Europe renew scientific and cultural links. He promoted non-patriotic, non-competitive
education, believing that it would prevent war from happening in the future. He also believed
that socialism would help the world achieve peace. Einstein received the Nobel Prize for
Physics in 1922. He gave all the money to his ex-wife and children to help with their lives and
education. After another lecture tour, he visited Palestine for the opening the Hebrew University
in Jerusalem. He also talked about the possibilities that Palestine held for the Jewish people.
Upon his return he began to enjoy a calmer life in which he returned to his original curiosity,
religion. While Einstein was visiting America in 1933 the Nazi party came to power in Germany.
Again he was subject to anti-Semitic attacks, but this time his house was broken into, and he
was publicly considered an enemy of the nation. It was obvious that he could not return to
Germany, and for the second time he renounced his German citizenship. During these early
years in America he did some research at Princeton, but did not accomplish much of
significance. In 1939 the second World War began to take form. There was heated argument
during this time over whether the United States should explore the idea of an atomic bomb.
Einstein wrote to President Roosevelt warning him of the disaster that could occur if the Nazi’s
developed it first. Einstein did not participate in the development of the bomb, but the idea did
stem from his equation E=mc2. Just as he knew that the bomb was under development, he also
knew when it was going to be used. Just before the bomb was dropped on Japan. Einstein
wrote a letter to the President begging him not to use this terrible weapon. The rest of Einstein’s
life was dedicated to promoting peace. After the war ended, he declared, “The war is won, but
the peace is not.” He wrote many articles and made many speeches calling for a world
government. His fame, at this point, was legendary. People from all over would write to him for
advice, and he would often answer them. He also continued his scientific research until the day
he died. This was on April 18, 1955. There is no doubt that he was dissatisfied that he never
was able to find the true meaning of existence that he strove for all his life.

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