Scientific scholars from the period of the Scientific Revolution questioned the authority of
the ancient Greeks. They began to challenge the works of ancient scholars such as
Galen and Ptolemy. Vesalius dissected actual human bodies to find out about human
anatomy. He realized that Galen had made mistakes. When Copernicus applied
mathematics to the study of the movements of the sun and the planets in the sixteenth
century, he found out that Ptolemy's assumptions were incorrect. Thinkers such as
Bacon and Descartes believed that scholars should not depend solely on the writings of
ancient Greek and Roman philosophers, but use scientific approaches such as
experimentation, observation, and mathematics to acquire knowledge about the universe.
Galileo and Newton actually experimented and made very careful observations to make
some of their discoveries. Newton revealed that the universe followed certain laws, and
that human beings could understand the laws. Over time, most people came to accept
this new way of thinking and answering questions about the physical world.
The modern era has seen more globalization than the Middle Ages.
The modern era has seen more globalization than the Middle Ages.
Discovery of the New WorldExploration/conquest leading to discovery of new plant/animal lifeTraditional link between navigation and astronomy + great advances made my Portuguese navigators fueled an interest in learning more about the starsInvention of the Printing PressAllowed for rapid dissemination of scientific knowledgeNumerous books and newsletters were in circulation keeping people informed of scienceRivalry among Nation-StatesConstant warfare among nation-states pushed for scientific development by placing an importance on technology, or applied sciencePowerful leaders of nation-states funded scientific developmentReformationWorldly asceticism found in Protestantism helped create capitalism, which in turn helped propel the Scientific RevolutionOpposition to the religious hegemony of Rome provided a powerful example of challenging established authority.Renaissance HumanismHumanist interest in the classical world extended to the scientific texts of Ancient GreeksBasic familiarity with the past was a necessary stage in order for modern scientific thought to evolve.
Middle ages started in 410 AD with the fall of Rome and ended in the 1400's with the age of exploration. It was a 1,000 years of "darkness" and superstition. Run by the Church it taught people they were born in sin and would die in sin if they didn't follow the dictates of the church. It was a time of chaos and war, when government was gone, and when people were slaves to the Nobility. The dates given are approximate as there is no exact definition - and different dates are sometimes given for different countries. ~Jponbac Gunna
Well I see it as the bridge between the ancient and modern worlds, because of all the advances in architecture, agriculture, and techonoloy in this period of time. All of these things led to or had something to do with all of things we have today. We didn't have these advances during the ancient world, and we have made major advances since then, so it's in the middle. Thus the name, the middle ages.
Aristotle's emphasis on observation and logic laid the foundation for the scientific method, which is still used today. Ptolemy's geocentric model of the universe influenced early astronomy and sparked debates that eventually led to the development of heliocentrism by Copernicus and Galileo.
The findings of Galileo and Newton were significant because they laid the foundation for modern physics and astronomy. Their work introduced the concepts of empirical observation, mathematical rigor, and experimental verification, revolutionizing scientific thought and leading to the development of the scientific method.
The emphasis on critical thinking and rational inquiry is a key feature of modern Western thought that is heavily influenced by the practices of Socrates. Socrates encouraged questioning, dialogue, and seeking knowledge through intellectual exchange, which has contributed to the development of the scientific method and the importance of evidence-based reasoning in modern thought.
Aristotle.
He made the modern scientific enterprise.
Galileo Galilei is often considered the first modern scientist. He played a key role in the scientific revolution of the 16th and 17th centuries with his development of the scientific method and his contributions to astronomy and physics.
The sun is the center of the Milky Way. Earth was thought to be the center, but with modern equipment, scientists figured out that the sun is the middle.
In England...It was the form of the modern economics...in the 15-1800 the branched from there.
Aristotle's work in philosophy, logic, ethics, and science has had a lasting impact on modern thought. His ideas on logic and scientific method have greatly influenced the development of Western philosophy and science. Many modern philosophical theories and ethical frameworks have been built upon or in response to Aristotle's ideas.
The Scientific Revolution brought significant advancements in scientific thought, emphasizing observation, experimentation, and the systematic study of nature. It led to the development of the scientific method and fostered a shift away from reliance on tradition and authority. This period also resulted in groundbreaking discoveries in fields such as astronomy, physics, and biology, fundamentally changing humanity's understanding of the natural world. Additionally, it laid the groundwork for the Enlightenment and the modern scientific approach.
the law of royal english made it so long
Aristotle did not believe in the existence of atoms. Instead, he proposed that all matter is composed of four elements - earth, air, fire, and water. Aristotle's view of matter influenced scientific thought for centuries before the development of modern atomic theory.