bestschoolessays Essay Writing

 Introduction            For centuries now, humankind has attempted to demystify the mystery underpinning the possibility of human life beyond the Earth; this has resulted in numerous space explorations. Recently, the recent discoveries of several planets that are orbiting stars have resulted in intense excited and renewed the interest in the quest to discover other planets that could support human life (Gene, 2010). At present, there is substantial evidence confirming the existence of three main categories of exoplanets, which include the ice giants, hot-super-earth going round in short period orbits, and gas giants. However, the main challenge involves finding terrestrial planets whose size is half of the earth, particularly those that are located within the habitable zone of their orbital stars wherein there is the possibility of existence of liquid water (Lemonick, 2012). There is a mounting controversy surrounding the issue of whether extraterrestrial life is a possibility.Attempts to explore the possibility of extraterrestrial life can be classified broadly into three categories: searches on the earth’s solar system; explorations for the possibility of life in other solar systems; and the search for life adventure. With regard to explorations on our solar system, scientists have explored the solar system using probes targeting land or an orbit on the target planets. A case in point is the ongoing attempts by scientists to explore the possibility of life in Mars. With regard to explorations on other solar systems, ground-based and space-based telescopes (particularly the Keller observatory) have been used to discover the existence of several extrasolar planets with a specific interest on exoplanets that are situated within the habitable zone of their main or parental star (Kasting, 2010). The thinking underpinning the exploration of other solar systems is that the existence of a potent solvent is capable for bring forth life by enabling molecules to interact with one another, which in turn, can create long chains that constitute the building blocks that make up life. The search-for-life adventure has been adopted by a number of astronomers such as the Search for Extraterrestrial Intelligence (SETI); this method of explorations rely on the use of radio telescopes to identify any radio signals that are likely to be broadcasted by an intelligent civilization in space. At present, these astronomers have not detected any form of extraterrestrial activity in their explorations (Miller, Vandome, & McBrewster, 2010).In the quest to discover the possibility of extraterrestrial life, the Kepler Mission was designed with the primary objective of exploring our region in our galaxy (the Milky Way) in order to unveil a number of earth-size planets that are within the habitable zone. In addition, the Kepler Mission has the objective of determining how many stars in the Milky Way have planets that can sustain life. So far, the Kepler Mission has managed to trace the position of our solar system within the larger continuum of the planetary systems found in the Milky Way (National Aeronautics and Space Administration, 2013). The primary objective of this paper is to explore both the scientific and political aspects of the Kepler Mission.Kepler Mission’s Scientific Goals and Objectives            The primary scientific objective of the Kepler Mission entails the exploration of the diversity and structure of the planetary systems found in our galaxy. In order to achieve this objective, Kepler Mission has outlined a number of goals to facilitate the mission. They include (National Aeronautics and Space Administration, 2013):It is imperative to note that the mission, goals and objectives of the Kepler Mission are consistent with NASA’s objectives of the Space Interferometry Mission, the Terrestrial Planet Finder and the Original theme missions. This is because Kepler Mission will play an instrumental in the identification of the common stellar attributes for the host stars for planet explorations in the future; help in defining the space volume required to survey; and offering a target list for SIM wherein systems have already affirmed the existence of terrestrial planets (Space.com, 2011).can be classified broadly into three categories: searches on the earth’s solar system; explorations for the possibility of life in other solar systems; and the search for life adventure. With regard to explorations on our solar system, scientists have explored the solar system using probes targeting land or an orbit on the target planets. A case in point is the ongoing attempts by scientists to explore the possibility of life in Mars. With regard to explorations on other solar systems, ground-based and space-based telescopes (particularly the Keller observatory) have been used to discover the existence of several extrasolar planets with a specific interest on exoplanets that are situated within the habitable zone of their main or parental star (Kasting, 2010). The thinking underpinning the exploration of other solar systems is that the existence of a potent solvent is capable for bring forth life by enabling molecules to interact with one another, which in turn, can create long chains that constitute the building blocks that make up life. The search-for-life adventure has been adopted by a number of astronomers such as the Search for Extraterrestrial Intelligence (SETI); this method of explorations rely on the use of radio telescopes to identify any radio signals that are likely to be broadcasted by an intelligent civilization in space. At present, these astronomers have not detected any form of extraterrestrial activity in their explorations (Miller, Vandome, & McBrewster, 2010).In the quest to discover the possibility of extraterrestrial life, the Kepler Mission was designed with the primary objective of exploring our region in our galaxy (the Milky Way) in order to unveil a number of earth-size planets that are within the habitable zone. In addition, the Kepler Mission has the objective of determining how many stars in the Milky Way have planets that can sustain life. So far, the Kepler Mission has managed to trace the position of our solar system within the larger continuum of the planetary systems found in the Milky Way (National Aeronautics and Space Administration, 2013). The primary objective of this paper is to explore both the scientific and political aspects of the Kepler Mission.Kepler Mission’s Scientific Goals and Objectives            The primary scientific objective of the Kepler Mission entails the exploration of the diversity and structure of the planetary systems found in our galaxy. In order to achieve this objective, Kepler Mission has outlined a number of goals to facilitate the mission. They include (National Aeronautics and Space Administration, 2013):It is imperative to note that the mission, goals and objectives of the Kepler Mission are consistent with NASA’s objectives of the Space Interferometry Mission, the Terrestrial Planet Finder and the Original theme missions. This is because Kepler Mission will play an instrumental in the identification of the common stellar attributes for the host stars for planet explorations in the future; help in defining the space volume required to survey; and offering a target list for SIM wherein systems have already affirmed the existence of terrestrial planets (Space.com, 2011).

GET AN ANSWER TO THIS ESSAY TODAY!

Save time and grade. Get a complete paper today.

Our leading custom writing service provides custom written papers in 80+ disciplines. Order essays, research papers, term papers, book reviews, assignments, dissertation, thesis or extensive dissertations & our expert ENL writers will easily prepare a paper according to your requirements.

Place this order today and get an amazing discount!!

Special offer! Get 20% discount on your first order. Promo code: SAVE20

Categories: Miscellaneous