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The impact of space exploration
The impact of space exploration
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There's a snail on Pluto! No really! The scientific world feels like it's stuck in the middle of a cyclone, and I am in the very center. For many months after they first saw the satellite pictures, scientists all around the world just sat and stared and wondered. No one did anything. They couldn't find it in themselves to do something about this scientific phenomenon. Finally a Mr. William Bright decided that something needed to be done. He got managed to join scientists all over the world to come up with a solution. They decided to send me to Pluto. Me! Finnaly going into space to learn about something that might change the world forever. When Mr. Bright first asked me if I would go I was dumbfounded. How in the world was I a lowly scientist, who was barely out of Grad School, was going to learn about something that baffled the entire world! Of course I said yes. How could I not. So on January 4 2018 …show more content…
I don't know how close we are but I sure hope that it is not going to take us another 98 days to get to Pluto. Jill and Bill got in a fight and for the past month they haven't talked to eachother even a smidge. Ms. Ford and I have tried to get them to reconcile but to no avail. They apparently can't spend this much time together cooped up in such a small space. And if we are going to spend the next 98 days stuck together in this hostile atmsosphere I might eject and try and swim through space back to earth. Thankfully my phone battery still hasn't died yet because I only try to use it for a couple minutes every day. You'd be surprised how much techonology has develped since when I was in highschool. Phones needed to be charged like once a day back than. No the battery can last for almost 3 months even if you use the thing constantly. I pulled out my phone and started looking at pictures of home. Ms. Ford got up from her bunk and came
Imagine working with radioactive materials in a secret camp, and the government not telling you that this material is harmful to your body. In the book Plutopia: Nuclear Families, Atomic Cities, and the Great Soviet and American Plutonium Disasters by Kate Brown, she takes her readers on a journey to expose what happened in the first two cities that started producing plutonium. Brown is an Associate Professor of History at University of Maryland, Baltimore County. She has won a handful of prizes, such as the American Historical Association’s George Louis Beer Prize for the Best Book in International European History, and was also a 2009 Guggenheim Fellow. Brown wrote this book by looking through hundreds of archives and interviews with people,
Pluto Shits on the Universe is a strong and defiant poem that expresses the rejection of rules, rules placed upon others by those who cannot even begin to control them. After being discredited as a planet for her uncharted and chaotic movements, Pluto reacts. She expresses her freedom from the rules of documented science, from our sense of time, from our titles and competition. This poem has tones of defiance, confidence and independence created through its syntax, diction, and repetition.
Human minds cannot comprehend how colossal an idea like space is. To obtain a firmer understanding of what or who is floating around up there, scientists all around the world invest their entire fortune and lives into exploring the unknown. Many explorations have proven successful in expanding human knowledge about space, but Skylab, America’s first space station, has demonstrated triumphant in three different space missions documenting the foreign world (Dunbar, “Part I”). Skylab Space Station was a revolutionary development in the history of space exploration with its many missions and daily life for its astronauts.
Pluto: A Planet of the Earth? Many issues have arisen from the debate over whether or not Pluto is a planet. Some astronomers say that Pluto should be classified as a “minor planet” due to its size, physical characteristics, and other factors. On the other hand, some astronomers defend Pluto’s planet status, citing several key features. Indeed, most of the problem is that there is no formal definition of a planet.
Although Pluto was discovered in 1930, limited information on the distant planet delayed a realistic understanding of its characteristics. Today Pluto remains the only planet that has not been visited by a spacecraft, yet an increasing amount of information is unfolding about this peculiar planet. The uniqueness of Pluto's orbit, rotational relationship with its satellite, spin axis, and light variations all give the planet a certain appeal.
As I sat on edge of my bed, questioning all of my thoughts and caught in a storm of overthinking, “I got it!” I said, “I want to become an astrophysicist!” A tornado swept away my dream of becoming an architect and crushed my attitude towards becoming an astronaut...and I couldn’t have been happier. My whole life, nothing has been more confusing to me than my future. I pondered and pondered about what it is I wanted to do, and in doing so, I found a purpose for myself. However useful or useless life may be, I knew I could make something of it, and now the astrophysics has become a part of my identity. I spent hours studying the latest on black holes and understanding exotic particles and other space quandaries. I read 32 hours worth
2,870,990,000 km (19.218 AU) from the Sun, Uranus hangs on the wall of space as a mysterious blue green planet. With a mass of 8.683e25 kg and a diameter of 51,118 km at the equator, Uranus is the third largest planet in our solar system. It has been described as a planet that was slugged a few billion years ago by a large onrushing object, knocked down (never to get up), and now proceeds to roll around an 84-year orbit on its belly. As the strangest of the Jovian planets, the description is accurate. Uranus has a 17 hour and 14 minute day and takes 84 years to make its way about the sun with an axis tilted at around 90° with retrograde rotation. Stranger still is the fact that Uranus' axis is almost parallel to the ecliptic, hence the expression "on its belly".
This project for Earth Science proved to be quite engaging. At first, I thought that the project was going to be long and arduous, however, being able to choose my topic for the project actually helped in galvanizing interest in it. Through this project, I learned a whole lot about the Jovian planets that fascinated me when I was a child. From gargantuan Jupiter, ringed Saturn, peculiar Uranus, and stormy Neptune, I learned many facts that I couldn’t discover outside of Earth Science. I learned many facts like how the Jovian planets got their colors, and whether or not Gas Giants are solely made of gas. I enjoy the fact that we are able to choose what we want to research about, choosing what interests us the most. Thanks to this project, I feel that I know just a bit more about the vast amount of knowledge of our Universe.
never heard of? Thanks to space probes these dreams may become a reality sooner than u think. In the past years there have been many space probes launched and even more discoveries made by them. These probes are helping people to better understand our solar system and everything it. They are also helping to make many new discoveries.
Pluto is located 7.5 billion kilometers from Earth and is only over 2,000 km in diameter. Pluto has been labeled both a planet and a dwarf planet over the years. As said by USA Today, “a planet is a celestial body that: is in orbit around the sun, is round or nearly round, and has "cleared the neighborhood" around its orbit, meaning it is not surrounded by objects of similar size and characteristics.” Pluto only follows two of the three rules of a planet. Pluto crosses over Neptune’s orbit and is near other dwarf planets like it. Even though it breaks one rule it was officially named a dwarf planet in “August 2006”, as stated by the Library of Congress. After this event Pluto still only has one correct classification. Pluto is a planet because
Human fascination with the stars is as ancient as Babylonians and has been suggested to be older than Stonehenge. From “be fruitful and multiply” to “live long and prosper,” the instinct to protect and propagate the species has manifested in religion, art, and the imaginations of countless individuals. As human understanding of space treks out of the fantastical and into the scientific, the realities of traveling through and living in space are becoming clearer. Exploring, investigating, and living in space pose an expansive series of problems. However, the solutions to the problems faced by mankind's desire to reach beyond the horizon, through the night sky, and into the stars are solutions that will help in all areas of life on Earth.
Humans can expect to face some major challenges on an expedition to Mars. It has been proven that humanity can travel in space for over two years. Cumulatively, Sergei Constantinovich Krikalev, a Russian cosmonaut, has spent over eight-hundred and three days in Earth orbit (Lyndon B. Johnson Space Center, 2005). The expedition to Mars would require the crew to endure a six month journey to the planet, a year of living on the planet, and a six months journey back to Earth. Russian cosmonaut, Valery V. Polyakoz, clocking in at four-hundred and thirty-eight days for just one stay in Earth orbit, shows humanity is capable of a twelve month round trip to Mars (Schwirtz, 2009).
“Sheltered as we are by Earth's atmosphere and magnetic field, which deflect lethal radiation from space, we are like coddled children who have never ventured into a tough neighborhood” (Folger 2). Humans have been fascinated with space since the beginning of our time. Just like children and rough neighborhoods, we have tackled obstacle over obstacle to make it home again. In the end, we have a better knowledge and strength than before. The future of space exploration can assist us in answering the everlasting question of how the universe came to be. The more we explore the infinite galaxies, the more we can scientifically discover and create new technologies as science advances. As we continue to discover, we can create new fields and occupations for aspiring young students like myself.
Space has always been a pivotal and utmost important subject for many years. In the past, scientists have made monumental advances in this field such as sending people into orbit and landing a man on the moon. Of course, this has only barely been explored and we still have a lot more to see of the ever-vast outer space. One of the most significant topics of all of science has only been touched and there’s still more to come.