He made surprisingly accurate positional measurements of the brighter stars in the sky without the aid of a telescope. He did this through an important step in the scientific method...repeating your work. This helped make his measurements as accurate as they were. This information was passed on to one of his assistants, Johannes Kepler, who used the information to develop Keplers Laws of Planetary Motion.
Kepler's "running mate" would have to be Tycho Brahe. It was Brahe whose work (observations) Kepler used as a springboard to think about the motions of the planets and what mechanism could make them appear to do the things they did.
He provedthat planets moved in elliptical orbits.
She discovered astronomy which led to future inventions
Danish astronomer Tycho/Tyge Brahe (1546-1601) is immensely important for two reasons: Observing and measuring the (rough) distance to a Supernova, thereby proving that the firmament was not a god-given stable sphere, but a dynamic system. Making the most accurate measurements of planetary positions available at that time and for a long time thereafter. Brahe data was used by Kepler to develop his laws.
Johannes Kepler made the world a better place by developing his laws of planetary motion, which laid the groundwork for modern astronomy. His work revolutionized our understanding of the movement of planets and stars and paved the way for future discoveries in the field of physics and astronomy.
Newton invented the reflector telescope in the 1680's.
Tycho Brahe made major contributions to the field of astronomy with his observations of planetary motion and inventions of astronomical instruments to make those observations. The data he collected ultimately contributed to supporting the heliocentric theory of the solar system - which he didn't believe in. Further details and facts on Brahe can be found at the related link below.
Tycho Brahe was a Danish astronomer, astrologer, and alchemist. His main hobbies included observing the night sky, collecting data on celestial events, and creating detailed astronomical instruments. Additionally, he enjoyed alchemy, mapmaking, and publishing his astronomical findings.
Aristotle does not belong in the list because he did not make significant contributions to the field of astronomy like the others did. Galileo, Kepler, and Copernicus are known for their revolutionary work in advancing our understanding of the universe through their observations and theories.
Astronomy
progress in mathematics; progress in cleanliness; Good practices in Business dealings; ____________________________________________________ In addition to the above, Muslims have tremendous contributions in astronomy, medicine, geography, anatomy, and civil structures.
Galileo Galilei and Johannes Kepler were both key figures in the Scientific Revolution, but they had different contributions to astronomy. Galileo is known for his pioneering use of the telescope, which allowed him to make significant observations, such as the moons of Jupiter and the phases of Venus. In contrast, Kepler is famous for formulating the laws of planetary motion, which described the elliptical orbits of planets around the Sun. While Galileo focused on observational evidence, Kepler emphasized mathematical relationships in celestial mechanics.