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Research on uranus
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Introduction
In my mission proposal I believe that the ideal candidate for this mission is to send an orbit to Uranus. I believe this would be an ideal candidate due to four factors
1. The lack of an orbiter used to examine this planet previously- This is a large factor in the decision to send a probe to Uranus as this provide us a greater detailed view of the planet due to previous examinations of the planet being just flybys.
2. Studies into the composition of the atmosphere surrounding Uranus- This would be useful as it would be able to tell us how the extremely cold temperatures effect a gas giant including how the build up came about with the planets density being quite like Jupiter’s despite having less than half the diameter of the
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Investigation of the planets magnetic field and how its extreme axial tilt affects its interaction with the solar winds- This would be useful as it would help us in discovering the unique facets of this planets magnetic field such as why the field is so strong compared to the planets makeup and the large displacement of the center of the magnetic field when compared the center of the plane
4. Examination of the moon Miranda- Miranda is an oddly shaped moon within orbit of Uranus with some of its features thought only possible in a moon much larger than it actually is, by studying this moon we may be able to learn more about how moons form.
5. I believe these reasons alone make another trip to the planet a necessity for future missions though there ae many more such as a close observation of Uranus’ moons and looking to see if any have a liquid water based inner surface which would help us in the examination of future planets that may contain
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It was at this point we gained much of our currently known information about the planets including the positioning of its magnetic field and the fact that after interacting with the solar winds from the sun it forms a corkscrew shape as opposed to more traditional shape which were both unknown of before the flyby. Though this information is useful to us a much more modern mission that last longer. The reason for this would be to take a specialist look at Uranus’ magnetic field due to the predictions that instead of remaining as a solid barrier to solar winds it instead tends to “switch on and off” this is due to the orientation of the magnetic field constantly shifting around. This combined with the displacement of the magnetic center of the planet from the geographic center causes particles from the sun to sometimes flood onto the planetary surface. Other information that voyager did not gather was while it discovered 10 of Uranus’ moon there was no physical or chemical analysis of these moons done to provide us with information on how they were formed or their suitability to the possibility of life on
JUNO is a NASA mission to the planet Jupiter. The Juno spacecraft is scheduled to launch aboard an Atlas V-551 rocket from Cape Canaveral, Fla., in Aug. 2011. (www.nasa.gov). It will take 5 years to reach Jupiter, arriving in July 2016. It will orbit Jupiter 33 times. The purpose of the mission is to explore Jupiter’s structure and atmosphere. The main aim of this mission is to understand how the planet Jupiter originated and thus help us understand the evolution of the gas giants. This knowledge will also reflect upon our understanding of the origins of the Universe. The spacecraft will be placed in a polar orbit to study the planet's composition, gravity field, magnetic field, and polar magnetosphere. Juno will also search to see whether the planet has a rocky core and investigate the amount of water present within the planet’s atmosphere. NASA's Jet Propulsion Laboratory in Pasadena, CA is managing the Juno mission for Dr. Scott Bolton of Southwest Research Institute in San Antonio, Texas. The spacecraft is being built by Lockheed Martin of Denver. Scientists from 5 countries ha...
High precision spectrometers such as HARPS are required to preform observations as very high signal to noise ratio. HARPS is a high resolution fiber-fed echelle spectrograph. To maximize the chance of detecting an exoplanet certain requirements have to be met by potential targets. The targets chosen to be studied by HARPS are selected from COR...
As I have described in The Lost Worlds of 2001, both projects proceeded simultaneously, with feedback in each direction. Thus I often had the strange experience of revising the manuscript after viewing rushes based upon an earlier version of the story - a stimulating but rather expensive way of writing a novel. As a result, there is a much closer parallel between book and movie than is usually the case, but there is also major differences. In the novel, the destination of the spaceship Discovery was Iapetus (or Japetus), most enigmatic of Saturn's many moons. The Saturnian system was reached via Jupiter: Discovery made a close approach to the giant planet, using its enormous gravitational field to produce a "slingshot" effect and to accelerate it along the second lap of its journey. Exactly the same maneuver was used by the Voyager space-probes in 1979, when they made the first detailed reconnaissance of the outer
The objectives of the Mariner 10 spacecraft were the foundations to influence a great scientific change in history. The primary objectives were the main reasons Mariner 10 lifted off. Measurements of environments, atmospheres, surfaces, and body characteristics were to take place (“Mariner 10” Mariner 1). Mercury’s core needed to be studied. Venus’s interaction with the solar wind and the way sun particles affected the planet needed to be explored (Howell 2). Secondary objectives included experiments being performed and the process of using the gravitational pull of one planet to reach another (“Mariner 10” Mariner 1).
Neptune was discovered through a discrepancy in Uranus’s orbit. Uranus’s orbit was not moving how astronomers predicted it would. They could not find an elliptical orbit that fit Uranus’s trajectory. They therefore assumed that there had to be another planet that’s gravitational pull was effecting Uranus. Johann Galle was the first to find Neptune in 1846, even though many before him had mathematically predicted where this new planet would be. The planet was named Neptune and two astronomers who had predicted mathematically where it would be are credited with finding it not Galle.
Burdick, Autumn. "Solar System Exploration: Planets: Jupiter: Moons." Solar System Exploration: Planets: Jupiter: Moons. National Aeronautics and Space Administration, 13 Dec. 2013. Web. Feb. 2014.
“In a fraught fiscal climate, NASA should focus on what it does best and on what offers the best return on investment. Solar system exploration meets both criteria: the U.S. has long led the interplanetary charge, and the resulting scientific benefits have come at a relative bargain. This year NASA 's planetary science program cost about $1.5 billion -- less than what NASA spent designing a congressionally mandated rocket, the Space Launch System, which appears more likely to satisfy aerospace contractors than to aid the cause of space exploration. Such directives from lawmakers all too often land in NASA 's lap without the funds to carry them out (To The
...o the stability of peace. Today it is about reading peoples' minds for them, what then does tomorrow behold? As long as research is done with the intention of bringing hope and light into a person's life, I continue to admire in awe the achievements in science today.
http://links.jstor.org/sici?sici=0036-8075%2819870102%293%3A235%3A4784%3C29%3APSASTU%3E2.0.CO%3B2-L This site is very reliable. This is the Scholarly Journal Archive. 4. What is the difference between a.. This is a site about Pluto. http://dosxx.colorado.edu/plutohome.html
The history of the planet's discovery is the first we have of its kind; Uranus was the first planet to be discovered with a telescope. The circumstances surrounding the discovery of the object are befitting of the odd planet. The earliest recorded sighting of Uranus was in 1690 by John Flamsteed, but the object was catalogued as another star. On March 13, 1781 Uranus was sighted again by amateur astronomer William Herschel and thought to be a comet or nebulous star. In 1784, Jean-Dominique Cassini, director of the Paris Observatory and prominent professional astronomer, made the following comment:
Zadie Smith quotes Shakespeare in her epigraph to White Teeth: “What’s past is prologue” and this idea has shaped my learning of memory throughout this course. Entering in August, I did not have any understanding of how my memory was molding my future; however, when exiting I often find myself reflecting on a past event and how it has shaped the way that I respond to the world today. I now recognize that while the past affects who I am as a person, I am living in the present and cannot change what has happened; I can only learn from it. FINISH
Jupiter, the largest planet in our solar system, has yet to be discovered as in depth as Juno will. NASA New Frontiers recently established the Juno Mission to observe Jupiter (Ionescu 1). The spacecraft is currently on route to Jupiter and it is set to arrive in 2016. Juno will orbit Jupiter thirty-three times total before shutting down (Ionescu 1). Juno will observe Jupiter with deeper observation than can be seen by a telescope. The Juno Spacecraft is a project made to discover Jupiter’s high winds, a possible water source, and the planetary structure.
Venus, the second planet closest to the Sun and Earth’s closest neighbor, is known for its many wonders and harsh conditions. Venus is possibly the first planet discovered by humans and is said to have been first discovered in 17 B.C. by Babylonian astronomers. Venus is the first planet to be explored by spacecraft although many of these attempts have proven unsuccessful. Fortunately, more than twenty of the spacecraft explorations been proven successful, and through those we have gained knowledge about this wonder of the night sky.
For example, if NASA or another organization finds a way to effectively convert salt contaminated water to fresh drinkable water, our problem regarding water shortage will subside. Maybe NASA found a way to have cars or some other form of transportation run on soil, sand, or grass (very unlikely but it is possible). NASA would need workers to build these devices, which would create many low-income jobs across the country. Continued funding for NASA and other scientific organizations will fix the social injustice problems of the world.