Nasa's Telescope Research Paper

Herschel just happened to be studying the stars between 10-11pm. What he did not expect was to find a planet on that fateful night. Herschel thought that what he had spotted was a big star, but then decided that it was a comet. However, he quickly realized that this was no star, it was much more! In this situation, technology made all the difference. Without these high-powered magnifiers, it would have been easily forgotten. Once he formed a hypothesis, how tried to figure out what the planet was not. It was much larger than the other planets. Once he realized that this was an actual planet, he wrote a letter to his colleague about it. This was an exciting discovery for 1787! It was the first planet to be discovered in a more modern

Galileo(1564-1642) Made the telescope better and he used the telescope to observe planets, and he proves kepler’s theory, saw the imperfection of planets, and saw a storm on a planet also saw craters.

The pictures you see on calendars. The pictures you set as your lock screen. The pictures you buy for your room. A lot of those cool graphic pictures are from galaxies and exploding rocks found in outer space outside of the Milky Way taken by the Hubble Telescope. The Hubble Telescope is a giant telescope that orbits the Earth and is able to see the understanding of what is happening in our universe according to mashable.com. Without the telescope we would not be able to know the things we know now about everything that is going on outside of Earth and outside of the Milky Way. Edwin Hubble created the telescope and the telescope is also named after him because of what he did to help out. He answered a lot of unanswered questions about our universe that no one else has been able to answer. Edwin Hubble is the most

1. The earth’s sun is a star, it generates heat and light through nuclear fusion.

I am contacting you on behalf of the Astronomy Club. As you may or may not have heard, the Associated Students of the University of Arizona released a statement to all of the clubs on campus saying that the Appropriations Board had a meeting on March 6th and concluded that it no longer had any more funds to support any of the clubs until further notice. We received this approximately 2 weeks prior to when we had planned to submit our necessary document to request travel funds for our upcoming 2-day trip to the Grand Canyon/Discovery Telescope on the weekend of April 14-16. Therefore, we are contacting you to ask if the department would consider partially funding this event.

The Thirty Meter Telescope project “TMT” has become a big controversy here in Hawaiʻi. It is based upon a thirty meter astronomical observatory that would be built on the south summit of Maunakea. The observatory will be 217 feet long and dome height of 180 feet, you could compare that to an eighteen story building. The total area that will be used to build the observatory is an acre and a half from five acres total. In the year 2010 there were three proposals for a new telescope to be developed on the summit, it was stated that it will be sixty times greater and better than the already built and fully functional 13 telescopes on the summit.

Their limited telescope technology had peaked and they were unable to see any further. With the new star being found, new telescopes created, it was opened up for more discoveries and open mindedness towards astrology. The discovery of Uranus sparked a renewed interest and search for more planets and other things in our solar system. This was the beginning of the “second phase” in the search for more planets. Most people agree that the discovery by William Herschel was a check point in discovery, with the planets before Uranus being the first phase of discovery and the ones after that being the second

Scientists have theorized for years that there are other Earth-like planets orbiting stars like the sun in other solar systems of our galaxy. Until recently, they have not had a way to test these theories. Then, in May 2009, the Kepler telescope began making observations. NASA’s Kepler Mission is beginning to unearth some answers. The Kepler Mission is expected to last 3 ½ years, but it could go on longer if necessary.

My topic for my James Webb Space Telescope (JWST) research project is about solar panels. I wanted to learn about how they work and how they were created. Sometimes when I’m outside, I think about how do we get energy from the sun? How can the sun power something as large as the JWST? As I researched my project, I learned that the solar panels of the JWST are honey combed shaped. Also, the panels are gold but not made out of real gold. Additionally, the mirrors are six times the size of Hubble’s Telescope but less massive (Technology at the Extreme Overview, 2014). I can only imagine how small I would look if I stood next to the solar panels.

In 1609, Galileo Galilei, using “spyglass” which allowed one to see things closer than they appeared, made an early version of the telescope. With it, he observed the skies in a way no one had before. He discovered the moon isn’t perfectly globular, it has craters, the Sun has sunspots, Venus orbits the Sun (contrary to widespread belief in his time), and then he observed four “stars” around Jupiter (“Our Solar System”). Within

Throughout human history, civilization was built and developed upon a sense of mystery. In the ancient time, people believed the existence of eternal God, who lived beyond people’s vision in the vastness of dark sky, and developed their own routine upon that. Observed this mysterious sky for centuries, Greek astronomer Ptolemy finally developed a geocentric model in the Second Century A.D in his book Almagest. In his work, Ptolemy made all of his assumptions were purely based on observations. In 1543, a Polish astronomer Nicholaus Copernicus polished a heliocentric model, which again was derived on visual evidences. These revolutionary discoveries took years to complete. As a comparison, modern astronomical science, which explains the origin of the universe and life cycle of stars, was established and rapidly developed in merely four hundred years: people now understood so much about the universe. These astonishing developments were the result of observational technology advancement: everything people know about this universe is from observation. From simple optical telescopes to radio telescopes and high-energy telescopes, people constantly improve observational technologies to make more discoveries. This scientific development reached its climax as people launched a revolutionary telescope above the atmosphere for a better quality of image. These revolutionary changes in observational technology help this universe be more comprehensive to human.

The Hubble Telescope is a piece of technology that has affected human history. This paper will offer concise description of the telescopes history, function, and contribution to society. The Hubble Telescope is due to land within the next decade, approximately. We can only imagine what scientists will discover once the telescope is back on Earth and they prepare for the next generation of telescopic, deep-space gathering. Technology has made vast gains since 1990, the year the Hubble Telescope launched. The paper will be a brief, yet comprehensive discussion of the Hubble Telescope.

Astronomy is a very interesting subject to me as there so much more out there that we can learn about other than just Planet Earth. There is a lot to discover on Earth alone but there is even more in the Solar System. New stuff can be discovered every day and there are astronomers and Mathematicians everywhere who are working hard to discover this and give us the information they have found so we can continue to learn new things about what is out in the sky.

Telescopes have the ability to see objects from thousands of miles away in space, but how do they work? Truth is, telescopes come in many shapes and sizes, and they range from the little plastic tube that you can buy at the toy store for $2 to the Hubble Space Telescope. On the middle end of the spectrum, you have amateur telescopes that fit in the middle, and while they are not as powerful as the Hubble, they can still accomplish incredible things like read the writing on a dime from more than 150 feet away. When it comes to the amateur telescopes of today, you have two types: a refractor telescope and a reflector telescope.

“The Hubble Space Telescope is a large telescope in space” (NASA,. (2015)). It was launched on April 24th, 1990, from space shuttle Discovery (STS-31), it was deployed into obit on April 25th. The first image taken by the telescope was on May 20th, 1990. It has received several servicing missions since, these dates are Servicing Mission 1: December 1993, Servicing Mission 2: February 1997, Servicing Mission 3A: December 1999, Servicing Mission 3B: February 2002, Servicing Mission 4: May 2009. This Telescope has an altitude of 340 miles travels at a speed of 27 300 kilometres per hour, it takes 95 minutes for Hubble to complete one orbit of Earth. The Hubble telescope has a span of 13.2 meters ( 43.5 ft) in length and a maximum diameter