Mathematics and science.
Math and Science: Exploring the Today and Beyond
The discovery did not support Copernicus's theory directly but it raised doubts about the ancient theory of Ptolemy that said that all objects in the sky are in orbit round the Earth. Galileo was an aggressive supporter of Copernicus's theory but eventually it was Kepler's theory that became accepted and is still used today. Both Copernicus and Kepler placed the Sun at the centre but Kepler's elliptical orbits are supported by the later theory of dynamics.
Copernicus devised a new model of the planets' movements among the stars. To do this he made modifications to the ancient Ptolemaic system. Copernicus considered that the ancient model was geometrically complicated and that it could be simplified very much by placing the Sun at the centre, instead of the Earth. This was controversial because the Ptolemaic model had been around for well over 1000 years and had been incorporated into the scriptures, and it was believed the Earth is at the centre. Not only was it believed but it was also religious dogma. In the end Kepler came up with a new model of elliptical orbits that was shown to be right many years later after the law of gravity and the laws of motion had been discovered. Kepler's theory is the one that is still in use today. Kepler's theory retained Copernicus's idea of placing the Sun at the centre, so Copernicus was proved right in the end, although during Copernicus's lifetime he had no way of knowing it.
Copernicus's system used circles and epicycles, just like the ancient Ptolemaic system, with the difference that by placing the Sun at the centre Copernicus could simplify the complicated paths taken by the planets through space. Kepler had the advantage of new accurate observations made by Tycho Brahe at the end of the 16th century, and these enabled Kepler to realise that by using elliptical orbits for the planets, the modelled positions could be fitted more closely with the measured positions. Kepler retained the idea of having the Sun at the centre and it is the model used today with slight modifications from Einstein's theory of relativity.
The contributions made by the Israelites the Phoenicians and the Lydians affected our lives today since it opened us to new ideas.
The Renaissance affect us today because without the Renaissance we would not have art,science,literatureand more.
I am not sure who you are talking about but Newtons laws are very important to physics if that's what you mean.
Copernicus did not have a traditional middle name like we use today. His full name was Nicolaus Copernicus or Mikolaj Kopernik in Polish.
robert boyle contributions
this affected our community because today millions of people want to learn about this and everyday there's people asking about it
what contributions have the Seneca tribes made to our nation today
Archimedes' accomplishments in mathematics, science, and engineering have had a significant impact on modern-day technology and innovation. His work on buoyancy principles laid the foundation for fluid mechanics, which is essential in fields such as naval architecture and aerospace engineering. Additionally, his contributions to calculus and geometry continue to influence various aspects of modern science and mathematics.
You didn't say what scientists, but science today is built on the contributions of scientists from long ago. There are many examples but prominent among them Is Isaac Newton.
Aristotle's contributions in fields such as logic, ethics, politics, and natural sciences have had a profound impact on modern thought and education. His ideas have influenced Western philosophy, science, and politics, shaping various disciplines and providing a foundation for many modern theories and concepts.
Roman numerals! we use roman numeral clocks...etc. hope that helped!!
Yes, Robert Bunsen's job had a significant impact on his life. As a chemist, he made important contributions to science, such as developing the Bunsen burner, which is widely used in laboratories today. His work not only advanced the field of chemistry but also earned him recognition and respect in the scientific community.