Thales of Miletus
Thales was a Greek mathematician who created five theorems for elementary geometry. Not only was he recognized for his creations, but he is also the first known philosopher and scientist. The ancient Greek mathematician was originated in Miletus in Greek Ionia, and his occupation was engineering. Thales’s philosophy and science was inspired by the great Aristotle; he expressed Thales as the first to study and deeply research the basic principles, discover where matter substances were originated, and the founder of a much higher level school of natural Philosophy. He also created the scientific method. Thales was a big fanatic on all things knowledge; there was no stopping his hunger for learning. Especially in the areas of,
The Ancient Greeks laid foundations for the Western civilizations in the fields of math and science. Euclid, a Greek mathematician known as the “Father of Geometry,” is arguably the most prominent mind of the Greco-Roman time, best known for his composition in the area of geometry, the Elements. (Document 5) To this day, Euclid’s work is still taught in schools worldwide.
He found the first “reliable figure” for π(pi) (Source A). In ancient Greece, the crude number system was very inefficient, and Archimedes made it easier to understand and count to higher numbers (Source B). Finally, he used the first known form of calculus while studying curved surfaces under Euclid, not to be later worked on for 2,000 years by Isaac Newton (Source A).
Hypatia is known as one of the earliest mothers of mathematics. She lived in Alexandria, Greece from 370 to 415 B.C. She put a lot of her focus on astronomy throughout her life but she enjoyed math as well. Her father, Theon taught her literature, philosophy, science, math and the arts just to make sure she stayed well educated. She published papers and made comments on other famous people of her such as Diophantus (Morrow and Perl).
He also used his intelligence to gain understanding across many different areas such as art. Vesalius’ family background, universal
A thirst for knowledge is one of the best and most Athenian traits that one might have. It is the driving force for many of the greatest discoveries known to mankind. As stated in “My Graduation Speech”, “To be Athenian is to hold knowledge and, especially, the quest for knowledge in high esteem.” (Postman 3), meaning that curiosity is a crucial characteristic of
Through his intellectual project of studying the wisdom of the politician, poet, and craftsman, he found himself the most wise, for though he may not have gifts in their respective trades, he does not claim to know something that he does in fact not know, hence deeming him the wiser in each scenario. Furthermore, in his ordeal with Euthyphro, his poised questioning positioned him as holding the most wisdom, for his claims of knowing the classifications of actions both pious and impious prove that a concrete definition of these terms ceases to exist, and it takes one far more wise than Euthyphro, who believes the words of humans that bear upon the gods, to consider this. Conversely, via The Epic of Gilgamesh, one may conclude that knowing of a human’s mortality brings about wisdom, though Gilgamesh’s quest in gaining this knowledge differed greatly from that of Socrates. Though achieved in different methods, these two tales provide insight to the essential question of what it means to be
It has been suggested that Pythagoras took his inspiration from the Egyptians; he studied there for 21 years and ‘it is believed that he learned the theorem during his studies in Egypt.’ Thus he was not the first to discover the relationship between triangles; it had been known thousands of years before during the construction of the Great Pyramid of Giza, for
His desire for knowledge kept pushing him to continue on with his
Hipparchus Hipparchus of Nicaea, was a Greek astronomer, geographer, and mathematician. He is considered the founder of trigonometry but is most famous for his incidental discovery of precession of the equinoxes. He was born in İznik, Turkey in the year 190 BC. His life ended when he died in Rhodes, Greece in the year 120 BC.
"Greek Philosophy and Science : Why study irrelevant information?" One of the most fascinating aspects about humans is their pursuit of knowledge and discovery. The modern facts of science obtained today were all dissected from thoughts and interpretations from the first Greek thinkers, which we now call scientists. To understand and use the ideas of those scientists to help the modern world of science be what it is today, we actually need to study the false claims and try to understand why these scientists thought the things they did. They based their studies off of three things: terrestrial measurement, astronomy, and physical reality (Greek P&S).
He wanted to read them and learn the knowledge of others that had come before him. Knowing
The Human Race has always felt in need for having consensus and disagreement in what concerns to knowledge. “Robust” knowledge itself can be defined as a type of ability that allows humans to apply it in their own world of things and at the same time be able to make use of it. The Greeks referred to this type of knowledge as techne. This essay will focus on the knowledge requirements and how different areas of knowledge rely on both consensus and disagreement to achieve a robust knowledge. History and Arts both in general need so much consensus as disagreement, to create the common goal of achieving what is call a higher level knowledge.
Ptolemy wrote down his work in a long, thirteen-book treatise called the Almagest. This compilation was considered very important and influential to other mathematicians and scientists in those early times. It was translated into Arabic and then Latin,
In ancient Greece there were many philosophers and mathematicians such as Archimedes, Socrates and Pythagoras. Pythagoras's theorem applies to a branch of mathematics called geometry that is still taught in schools today. A very
Around 469 to 399 BC, two of Socrates pupils tried to square the circle by theorizing that if you double the number of sides in a polygon enough, it will become a circle. It failed to a degree (it must be because Archimedes has taken the credit for this discovery), until Archimedes came in 287-212 BC. Archimedes is considered one of the most brilliant mathematicians in the known ancient world. He worked out that 223/71<22/7, which was the first theoretical calculation of pi. His results were measured by approximating the area of a circle based upon the area of a regular polygon inscribed within the circle and the area of a regular