How Did Galileo Contribute To Science

Encourage to enter medicine by his father, Galileo found home in mathematics. His excitement for science lead him to be an activist, acting and leading the way through science. Galileo’s work is best understood because of his literature. He wrote his ideas, thoughts, humor, and seriousness so well that any writing found has helped us get into his mind and follow his procedures. His notable work are in the form of letters and books. His discoveries of motion were outlined in De Motu. He wrote a letter to Antonio de’ Medici on the January 7, 1610 on excitement of the first, to his knowledge, to observe the heavens; in that same year he published Sidereus Nuncius which included detailed observations and innovative astronomical information (Gibson,
His understandings of nature become the foundation that succeeding generations built modern science on (Gibson, 1964). Galileo was born into an environment of wealthy appreciated by funding genius ides. This environment allowed Galileo to find his full scope (Gibson, 1964). He excelled in the arts of painting and music. This ministered his recordings of observations and popularity in the early 1600s. Galileo was educated in the monastery of Vallombrosa near Florence; here he gained proficient skills in Greek and logic as well as working with some of the best Latin authors (Gibson, 1964). This background gives insight to his elegance of writings and religious
His advanced instrument allowed him to view things no one before him had seen (Westfall, 1985). Using the newly improved telescope he discovered Jupiter’s four largest moons, the rings of Saturn, the phases of Venus, and the irregular moon (Galileo, 2010). He took his eye to the heavens because he wanted to provide evidence of interpretation of the Bible. However, his sightings did not agree with the current Church view; instead he found evidence to support the Copernicus’ argument for a heliocentric universe. For example, the moon that Galileo observed was not smooth and unblemished, a traditional view in relation to the purity of Virgin Mary (Harris, 2010). Galileo’s moon showed mountains, craters, and it was irregular. To the Church that suggested impurity. We know what he saw because he used his talent of art and knowledge of perspective to make a watercolor of the moon using secondary lighting techniques. One of the best known of Galileo’s drawings are the waxing first quarter on December 3, 1609 (Harris, 2010). The moon is detailed with shaded craters, a vivid darkness on the left and lightness on the right.
Galileo’s journey of the solar system began in 1609 when he heard of a magnifying spyglass invented by Lippershey (Gibson, 1964). The instrument, more of a toy, appeared in Venice as a device that allowed the viewing of distant