A Brief Biography of Pythagoras

Firstly, the Pythagoreans were unique in comparison to other societies at the time. They vowed to keep the society a secret and were one of the first recorded societies to practice vegetarianism (source 2). Secondly, during a time when numbers were always present with subjects or units, Pythagoras changed the way that people think about numbers by also treating them independently as entities; without units (source 1). He manipulated values on shapes in order to find formulas that would further ease mathematics (source 1). As he studied shapes, Pythagoras was able to prove that, on a right triangle, a^2 + b^2 = c^2 (source 1). In addition to this, he allowed for women to be in his secret society, which stood out in an era where men were considered to be more powerful (source 1). Pythagoras changed several ways of living that were present during his life, as well as several mathematical

Herodotus, consider as the father of history, was born in the ancient Halicarnassus, current Turkey, and lived between 485 and 425 BC, about 150 years previous to the creation of the Library of Alexandria. Moreover, due to Persian rule over greece, Herodotus fled to Samos resulting from his conflicts with the local government and will not return until 450 BC, when he participated part in the campaign to defeat Lygdamis, to once again leave the city after the completion of the campaign. Furthermore, Herodotus traveled to Athens at the time of its peak, allowed him to contemplate the great political and cultural boom of the city. During his stay in Athens, Herodotus met Pericles, and became friends with both Sophocles and Anaxagoras, focusing

Pythagoras was born in 570 BCE. at Samos, Ionia, a city located in Greece . His mother being Pythais and his father is Mnesarchus. Not much was known about him because of the lack of written information on him. Pythagoras received a good education during his childhood, such as reciting homer, learning poetry, and playing musical instruments. Scholars come to believe that he got his astronomy from Anaximander and his mathematical/geometry knowledge from Miletos. Overall his mentor was Thales, he was the one to encourage Pythagoras to continue his studies and travel to Egypt. He developed a strong belief in numbers/mathematics, astronomy, and philosophy.

We live in an extremely busy and dynamic world where its aspects are always changing. When looking at the things going on around you, it is unfathomable to think that everything has its own way of working and being. Many question what it is that allows the numerous parts of the world to work together so harmoniously. The answer to this question for most people is religion, such as Christianity. However, for the philosopher Pythagoras, this is not the case. To him the answers to anything in the world could be discovered using mathematics. When looking at Pythagoras and the recently released movie, Hidden Figures written by Allison Schroeder and Ted Melfi, it is evident that with the right formula mathematics can be used to solve anything.

The ancient Greeks were pioneering philosophers which started the great rift we see in the early development of scientific and quantified analysis. This was first started by Aristotle whuch believed that science was a process of trying to understand the natural laws behind creation and that the creation was mathematically perfect and that logic and reasoning could be able to rationalise the natural phenomena.

Other pre-Socratics such as the Milesians and Xenophanes all posited that there is only one way to make sense of the universe: direct empirical observation. According to this framework, real human knowledge is impossible to achieve in most fields of thought. If all the individual has to go on is observation, then places where direct observation is unavailable, knowledge is impossible to obtain in its entirety. Hence, in contradiction to this popular belief,

In the modern period of philosophy, around the 16th and 17th century, after the fall of Rome and the rise of the dark years, three major events had occurred. The first began with the scientific revolution, where many philosophers were becoming scientist, such as the philosopher of science Francis Bacon. The next event was the resurgence of skepticism, where one questions everything until they discover the truth. For instance, the philosopher famous for saying the phrase “Cogito, ergo sum,” (translated as I think, therefore I am) was the skeptic Rene Descartes, who came up with this quote by doubting everything until there was nothing else to doubt except doubting. The final altering event in the

Herodotus was born in the Greek city of Halicarnassus in about 485 B.C. evidently, he came from a wealthy merchant family. In the mid-6th century, the town became a province of the Persian Empire governed by tyrant Lygdamis. Herodotus family opposed their rule and was propelled into exile in the on the island of Samos.

a2+b2=c2 is the famous theorem that Pythagoras discovered and named, calling it the Pythagorean Theorem. This theorem applies to the right triangle stating, that by adding the length of both legs squared you can then find the squared length of the hypotenuse. This theorem is set up in way that if you know two of the variables, whether it is a leg(b or a) and the hypotenuse (c) or both legs (a and b), you will always be able to find the third measurement. However, why does this theorem work? Why does a2+b2=c2? That is the question that is asked hundreds of times by thousands of people. The answer to it is not a complicated one, the reasoning behind that is because there are at least 367 Pythagorean Theorem proofs out there (Source four). They

Did you know that Pythagorean Theorem was actually created well before our generation’s time period? Yes, it seems that is pretty basic knowledge, but did you know it was actually created in B.C. and instead of A.D.? The brilliant mind to thank for such an achievement is the man who goes by the name Pythagoras. However the Pythagorean Theorem isn’t his only accomplishment, he was so advanced for his time, that he had many achievements. But to the best way to examine these accomplishments is to start at the beginning.

It is believed that questioning came from the Renaissance when thinkers and scholars discovered works that contradicted Aristotle. One of the beliefs during this time period was Neoplatonism. Neoplatonist ideas were based off of the ideology of Plato; these ideas were based off of the belief that people should look farther than what is obvious in order to gain true knowledge. It encouraged thinking and experimenting (Sherman, 427). Neoplatonism led to the Hermetic doctrine. The Hermetic doctrine said that everyone should explore all matter because all matter contained the divine spirit. This doctrine sparked interest in other areas of science besides the universe. The Hermetic doctrine encouraged thinkers and scholars to use mathematics to create accurate measurements and maps. This doctrine was an important part of the Scientific Revolution because it moved away from the idea that the earth was the center of the universe, and moved toward the idea that the center of the universe was actually the sun. On page 427, Sherman mentions how scholars began focusing on the study of mathematics more and more. With the improvement of mathematics came the creation of new maps. The creation of new, more accurate maps was beneficial because it led to the discovery of the “new world”. The invention of the printing press also had an impact on the Scientific Revolution. The discovery of the “new

In the field of philosophy there can be numerous answers to a general question, depending on a particular philosopher's views on the subject. Often times an answer is left undetermined. In the broad sense of the word and also stated in the dictionary philosophy can be described as the pursuit of human knowledge and human values. There are many different people with many different theories of knowledge. Two of these people, also philosophers, in which this paper will go into depth about are Descartes and Plato. Descartes' Meditations on First Philosophy and Plato's The Republic are the topics that are going to be discussed in this paper.

We use mathematics to our great advantage to explain many things. Although Pythagoras, applied A^2+B^2=C^2, he did not create the substance of the equation, this theorem is timeless, he only brought it to our attention.

There are many great philosophers in this world. Some of which are extremely well known and almost everyone knows their names like Socrates, Plato Aristotle Locke and so very many more. Pythagoras is a less known philosopher who had a lot of discoveries while leading a life in a secretive manner. He was an enigma and the leader of a religious sect cult who believed the universe to consist solely of whole numbers and their ratios. Pythagoras said "Do not talk a little on many subjects, but much on a few." Has one ever wondered where did he learn his vast knowledge of mathematics and religious aspects leading to the Pythagorean cult, or what was all of his discoveries besides

Eratosthenes was born in 276 B.C. in a Greek colony in Cyrene, a country in North Africa better known in the present day as Libya. He raised by modest parents, his mother’s name is not known, and his father’s name could be one of two that have been discovered, Aglaos or Ambrosios. Even though they were modest parents, they were somehow able to have enough money for an education for their son. They would have had to own land that was worth at least 20 minas (type of Athenian currency), and his parents would have been free citizens. He was a typical, curious baby and as he grew older, he asked hundreds of questions that no one could answer. He was extremely interested in the sky, because it was something that he could not reach up and touch. He wondered how what the distance between the sun and earth was and what the sun was made of, why there was wind, and why the stars moved. Like most young Greek boys, when Eratosthenes was about six, he began to go to school in the local gymnasium, where he learned reading, writing, mathematics, poetry, music and physical education. He was very strong in math but geography was by far his favourite subject. In his early years, he was given the nickname Beta, the second letter of the Greek alphabet, because he never came in first place (taken by Archimedes). Later in life, he got the nickname Pentathlos. This word meant an athlete that participated in 5 sporting events or to describe someone who was good at a variety of different