Many people every day gaze upon the stars. They all can see the red light from the planet jupiter. For a closer look many search through a telescope. Without the man Galileo Galilei, many of these everyday things would be drastically different. Galileo invented and improved on a number of things, such as the telescope; he made many important discoveries; he was ahead of his time. Galileo helped shape the world today. Have you ever used a telescope at night to see the stars or the planets. With-out Galileo looking in the sky through a telescope, the view would be upside down and barely closer but when Galileo made his telescope it was a outrageously better. Galileo made so many telescopes that he ended up grinding his own glasses to …show more content…
many museums have pendulums, a weight at the end of a string that never stops swinging back and forth, Galileo discovered this law of motion. One day Galileo was sitting in a church he looked up to see the lamp connected to the ceiling swinging back and forth never stopping. When the pendulum reaches its lowest point it uses the momentum from the swing and uses that to swing the other way this process stays in an endless loop unless another force acts upon it just like newton's law. Galileo also discovered the fact that if two objects are dropped from equal height the weight has no effect. This is a common fact now but in Galileo's time many believed the fact of ancient greek philosopher Aristotle who used logic other the experiments. Many of aristotle's teaching when with the beliefs of the catholic church so they would believe him other than people that believe in science. Finally Galileo discovered many things in the night sky but is most famous for his discovery of three moons of jupiter. This discovery used Galileo's newly improved telescope. Galileo would record what he saw in his journal. Galileo discovered the four largest moons of jupiter Io, Europa, Ganymede, and Callisto. Galileo thought had these spectacular ideas but somewhere thought very wrong back in Galileo's
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This will lead to his discovery of the three laws of planetary motion that explained how the planets moved and why they looked how they do in the sky. 4) Galileo Galilei was an astronomer whose studies would reveal the importance to astronomy not only of observation and mathematics but also of physics. His self-consciousness about technique, argument, and evidence would make him one of the first investigators of nature to approach his work in the same way as a modern scientist. 5) Francis Bacon was one of science’s greatest propagandists, and he inspired an entire generation with his vision of what scientific inquiry could do for humanity.
He truly changed the way that humans saw the Earth and the universe. Galileo transformed the way that merchants and armies navigated the oceans, and how astronomers saw the heavens. Galileo single-handedly disproved the Catholic Church, one of the most influential institutions during the time of the Scientific Church. Galileo discovered the 4 moons of Jupiter, the phases of Mars and Venus, sunspots, and valleys, mountains, and craters on the moon, revelations that could not be envisioned by the average individual. Therefore, it is clear that Galileo was not an ordinary man, rather, he was a visionary and a man of superior intellectual capacity.
Galileo's discoveries were, to a great extent, a turning point in astronomy and science. His development with the telescope helped further the understanding of the universe, and his investigation of the laws of motion provided fundamental contributions to science. However, due to the power of the Catholic church, his impact on science did not happen immediately. Born in Pisa, Galileo was a true renaissance man, excelling at many different endeavours. He was an Italian philosopher, mathematician, physicist and astronomer, and is credited for laying the foundations of modern science.
His contributions and works have had a profound impact on many fields of science. He made significant discoveries with his telescope of the heavens, and his theories on motion. Galilei, Galileo, Thomas Salusbury, and Stillman Drake. Discourse on Bodies in Water.
He played a major role in the scientific revolution and he self discovered many of his theories, which we still use to this day. In the 20th center several popes have had to acknowledge Galileos transcending work and contribution to the field of not only math but also science. Moons and spacecrafts have been named after him, even asteroids. He has been honored in our culture today with books, plays, and movies. He broke free from the social norms at the time and changed the way people viewed things, even if that meant being imprisoned.
Galileo soon tested his new device and found that it worked better and the image was not upside down like the earlier versions of the telescope. Galileo then took his new device to the senate and showed them what his telescope could do. Galileo took the senators up onto a bell tower, where he demonstrated to them what his device in action. He showed the senators towns miles and miles away and ships that still had another two hours before they would arrive at the docks. The senators really liked Galileo’s invention and actually doubled his pay at his job as well as making his job position
It goes beyond the simple idea that used a telescope to discover new things. His discoveries caused him to adopt the heliocentric theory, the belief that the planets orbit around the sun. He was willing to be put on trial for his beliefs and, even though the Catholic church did force him to go back on his beliefs, Galileo succeeded in helping “plant the seeds” for the eventual affirmation of the heliocentric theory through his writings which document his findings. Subsequently, he had a positive influence on America’s education system, having played a part in making sure that the young people of today have an opportunity to learn how the universe truly works. Had it not been for the work of Galileo, the false idea that the sun rotates around the earth may be being taught in modern-day classrooms.
Isaac Newton’s greatest contribution to the Scientific Revolution was his remodelling of Galileo’s telescope. Isaac Newton is probably best known for his expansion on gravity, but before that, he studied light. During his time,
Galileo Galilei was born February 15, 1564. He was a natural Italian philosopher, astronomer, and mathematician. In his middle teen years he went to school at Vallombrosa, and then in 1581 he got enrolled at the University of Pisa. He started going to school at Pisa to study medicine, but then got sidetracked by mathematics. In 1583 he discovered something very important, he found out how to describe the ways that rule the motion of pendulums.
Additionally, people still use his methods when performing experiments by using science and technology combined. At the same time his thought process are key in when doing research and trying to discover more things about the world today. In conclusion, Galileo’s greatest work and legacy was confirming that the Earth orbits around the sun and not the other way
Galileo Galilei was born on the 15th of February 1564 and died January 8th 1642. Galileo’s life was a very interesting one, with many achievements along the way. While Galileo was at university he discovered he loved maths and wanted that to be his career, unfortunately his family was short on money, which had forced Galileo to leave university without a degree. Galileo’s main achievement was convincing millions of people to the Copernican belief (sun was centre of the solar system) as to the Aristotelean belief (earth centre of solar system). At the time (1600 hundredths) the main astronomical theory was developed by Aristotle, and he believed that the Earth was the centre of the solar system, and that different objects with larger mass would fall at different rates.
Then, Galileo came about and he found that two objects fall at the same rate and strike the ground roughly at the same time. But Galileo basically observed objects and described them, he never really came up with how to solve the force or speed at which objects were moving. Both of the Greek philosopher and Italian Astronomer were wrong, or they simply failed to fully understand motion and how to solve it.
Galileo Galilei Sunspots are dark areas of irregular shape on the surface of the Sun. Galileo observed that, while a country took about 14 days to get from the other side of the Sun, its rate of motion was not uniform The only refutation of Galileo 's completion was as if he had really planets revolve around the sun, they were moving in an irregular manner, and always faster when they crossed the Sun dis center. After his biggest invention, telescope was a great help for Galileo, because he was able e to show all the world the moon was not smooth and flat and it’s compsed of mountains. After he discovered that the moons had the center the planets and each of them had an orbit his opinion lead him at his biggest revolutionary idea that the earth is not the center of the univers but is the sun.
One of the most well known astronomers of all time is Nicolaus Copernicus. He was known to think outside of the box and dreamt of bigger things in life. Copernicus did not see the world and its surroundings like everyone else did. Having such a brilliant mind helped him discover an important theory. Many scientists and astronomers would never see our solar system the same.