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Research on uranus
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Born in Germany as Friedrich Wilhelm Herschel, it wasn’t until his was 30 when he discovered what his true passion was. One night while he was looking at the night sky with his sister Caroline, he discovered Uranus and several of moons around other gas giants. While he was alive, he compiled a catalogue of 2,500 celestial objects that are still being used in today’s society. While in his early life he mainly studied music with his sister. His sister, Caroline was the first women to discover a comet, and the first women to get given a paid scientific position and to receive an honorary membership into the Royal Society. William Herschel will come up with the Theory of The Evolution of The Stars.
The early years of William Herschel
William’s father was an army musician. Following his father’s profession, he played for the Hanoverian Guards. When the French took over Hanover in 1757, he escaped to England where he made a living by copying music. He started to improvise by starting to teach music, and finally, he became a composer. In 1766, he was appointed organist of the Chapel of Beth. His curiosities with music lead him to read Robert Smith’s Harmonics. After finding Smith’s book interesting, he read A Complete System of Opticks, which introduced him to telescope construction. Herschel told himself that he wasn’t going to study the Sun and Moon like every other astronomer did. He instead, thought of trying to look for different celestial bodies. The problem was he would need massive lens for this job, much more then he could afford for a reasonable price, so he instead decided to carve them himself. They were ground from metal disks of copper, tin, and antimony in various proportions. His attempts seemed to be useless though, in h...
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... it attracted many visitors. Even Princess’ and Dukes came to visit his prized telescope. While living in Slough, Herschel discovered four moons, two orbiting Saturn and two orbiting Uranus. Herschel’s telescope also showed 75 million stars that weren’t able to be seen before.
Conclusion
William Herschel is still known today for his telescopes that have been sold around the world. He took something no one else would do and did what he was passionate about. Today, he is credited with discovering Uranus, and discovering 4 moons, two orbiting Saturn, and two orbiting Uranus. With the help of his sister and brother, he was able to discover 2000 celestial bodies in the sky. Herschel was able to see 75 million stars that weren’t visible with any other telescope at the time. He was able to entertain princesses and dukes with his massive telescope that was 6 meters tall.
One of the most notable contributors to the field of astronomy, never actually worked a telescope. The unjust discrimination against women barred one of the most brilliant astronomers of the 20th century from ever actually viewing the stars she was studying. This did not pose a problem however, as Henrietta Swan Leavitt challenged these notions of female inferiority and ineptitude by entering the predominately male field of astrology and excelling. Henrietta Leavitt's prodigious discovery of the period-luminosity relationship amongst Cepheid variable stars would forever change the way we perceive the universe and known galaxies as well as lay the foundation for astronomers such as Harlow Shapley, Hertzsprung, and Edwin Hubble to expand our knowledge of the universe.
More than 50 years after the publication of Astronomiae Pars Optica, another man was carrying on Kepler’s work in the field of optics....
Johannes Kepler was a German astronomer who was important to the progression of the Scientific Revolution. He was a great mathematician and was one of the chief founders of modern astronomy. His education contributed to his discoveries in astronomy, including his finding of three major laws of planetary motion.
Sir William Herschel discovered the planet Uranus in 1781. It was the first planet to be discovered in more modern times with the help of telescopes, and when Herschel first discovered it, he thought it was a comet. The orbit of the planet, however, was different from what scientists thought the orbit should be, so they figured that the reason for that was another object near the planet. They turned out to be right, and the planet Neptune was discovered in 1846. Herschel found Uranus because he was looking for double stars, and just so happened to come across the planet. He originally called the planet Georgium Sidus after King George III, but later scientists changed the name to
Christiaan Huygens is an influential person because he invented the clock, and he is a successful mathematician and astronomer who found Titan.
We know that he had a fascination with the stars that lead to some very important discoveries many years ago. What we don’t know is how those discoveries affected his life. In The Earth Moves by Dan Hofstadter we learn a little bit more about this great man and what happened during the inquisition of his work.
“The Cieorgium Sidus,” is the name William Herschel gave to the discovery he made in 1772. Uranus, a blue planet lined with eleven rings that can only be seen every 42 Earth years, is a planet that has been studied now for centuries but still holds many mysteries.
The Hubble Space Telescope is one of the most amazing machines in orbit right now. In 1946, an astrophysicist named Dr. Lyman Spitzer proposed that a telescope in space would reveal better and clearer images that are even far from earth than any ground telescope. This idea was very extravagant because no one had yet launched a rocket into outer space. As the US space program excelled quickly over the early years, Spitzer lobbied NASA and Congress to develop a space telescope. In 1975, the European Space Agency and NASA began to develop the telescope that would change astronomy for ever. In 1977, Congress approved funding for the development of the space telescope and NASA named Lockheed Martin Aerospace Company as the prime contractor to oversee its construction. In 1983, the telescope was finished and was named after Edwin Hubble, an American astronomer whose observations of variable stars in distant galaxies confirmed that the universe was expanding and gave support to the "Big Bang" theory.
After retiring from his business at a fairly young age, Sir William was undecided in what his next ventures would be. Would he continue his workings of animals and plants physiology under a microscope or would he explore the heavens? It was not until 1856 that he decided to build his private observatory in Tulse Hill, South London. Dr. William spent most of his lifetime residing within the city of London. He built his private observatory and first started with telescopes, viewing planets such as Mars. He would draw many of his early observations, and it was not until the published works of Gustav Kirchhoff, a physicists and Robert Bunsen, a chemist. Kirchhoff and Bunsen’s published writings were on the analysis and interpretation of spectral lines. B...
Tombaugh was able to discover many different things throughout his career, but he really made his mark in history from his work on asteroids and UFOs, and for discovering Pluto, which
From an early age, Lockyer was interested in astronomy. He would take notes of his observations in several journals that would later come together to form the most well-known script in the fields of archaeoastronomy and astrophysics, entitled “Nature”. In this book, he explained his examinations, stated numerous theories, and discussed his interactions with other scientists whom he had collaborated with, as well as those who had inspired him throughout his education. He was schooled at private institutes around the Warwickshire region of England, France, and Switzerland. Soon after graduation, he worked as a clerk in the War Office in 1857. His free time was devoted to acquiring further knowledge of Mars, on which he eventually reported his observations to the Royal Astronomical Society in 1863 and was inaugurated as a Fellow. Soon after his Fellowship was when Lockyer truly started to unfold as an astronomical scientist; by building his first telescope.
Edwin Hubble was an astronomer that was born on November 20, 1889 in Marshfield, Montana. Edwin died on September 28, 1953 in San Marino, California. He was a very well known astronomer. Hubble purposed the idea of there being other galaxies other than the Milky Way and that the universe
Such as, the age of the universe. Before this telescope was made they would have never been able to determine when the “Big Bang” happened, as well as many other discoveries. This also helped them see how galaxies form. It has revealed extraordinary details about the process by which sun-like stars and their lives as planetary nebula. Also scientist are able to observe details of astronomical objects that had never been seen before. The very first image this telescope captured was the aftermath of Jupiter’s collision with a suspected comet. This also helped scientist discover how fast the universe is changing and the expansion of the universe has stretched its light farther than any other galaxy previously identified. Another big discovery was dark energy, which is a mysterious force that causes the expansion of the universe to accelerate. This is just the few discoveries this telescope has made. The amount of time spent with this telescope by scientist is unreal and proves how much they want to improve the science
...e-maker’s on the Pont Neuf in Paris, and four months later there were several in Italy. We know that Thomas Harriot observed the mon with a six-powered spyglass in early August in 1609 but it was Galileo who made the instrument famous. He constructed the first spyglass in June or July of 1609, presented an eight-powered instrument to the Venentian Senate in August, and turned a twenty-powered instrument to the heavens on October or November. With this instument he oberserved the moon, discovered four satellites of Jupiter and resolved nebular patches into stars. This was just the beginning of many discoveries by the telescope.
Johannes Kepler was born the son of a poor mercenary solider in 1571 in Weil der Stadt, Wurttemburg in the Holy Roman Empire. He began his education in Wurttemburg through a scholarship program designed to produce teachers and Lutheran pastors. In 1589, Kepler entered the theological seminary at the University of Tubingen. It was here that he first learned of Copernican astronomy from Michael Maestlin. The University of Tubingen awarded Kepler his MA in 1591. In 1594 Kepler interrupted his theological studies and accepted an appointment as a mathematics teacher at the Lutheran school in Graz, however, he was later dismissed from the position in 1600 due to religious persecution and a standing order for all Lutherans to leave the district. Earlier that year, Kepler temporarily worked with the Emperor Rudolf II's Imperial Mathematician, Tycho Brahe. . Kepler later traveled to Prague to join Brahe and work as his assistant until Brahe's death in 1601, whereby Kepler was appointed successor as The Imperial Mathematician. The appointment was the most prestigious honor in all of Europe for mathematics during his time.