Upon rumour of development of an unvarnished telescope, Galileo was able to construct a three-power telescope in 1610, later refined to ten-powers. With his, he was able to discover the imperfections of the lunar surface. Similar, using his 30-power to examine the movement of Jupiter and its moons, he acquired evidence supporting the Copernican idea of the solar system, which he would publish in “Starry Night”. More evidence was developed through the observation of contrasting orbits of Earth and Venus as well as Saturn’s rings. These findings were then published on “Dialogue of Two World Systems,” which argues the Copernican ideology of the solar system. As demonstrated, through his ingenuity, innovations and his astronomical ambitions, Galileo was able to develop the Copernican Solar System theory and contribute greatly to
Upon rumour of development of an unvarnished telescope, Galileo was able to construct a three-power telescope in 1610, later refined to ten-powers. With his, he was able to discover the imperfections of the lunar surface. Similar, using his 30-power to examine the movement of Jupiter and its moons, he acquired evidence supporting the Copernican idea of the solar system, which he would publish in “Starry Night”. More evidence was developed through the observation of contrasting orbits of Earth and Venus as well as Saturn’s rings. These findings were then published on “Dialogue of Two World Systems,” which argues the Copernican ideology of the solar system. As demonstrated, through his ingenuity, innovations and his astronomical ambitions, Galileo was able to develop the Copernican Solar System theory and contribute greatly to