Viet Mai
ESS 102 AL
Writing Project
Day 0: Background and Mission Start It is February here on Earth. The year is 2071. Humans have long abandoned the idea of completely colonizing Mars. Instead, they have decided to build outposts in space much like the European explorers in the 16th century, on route to China for trade to protect the motherland’s trade route from enemies and refuel ships. About 10 years ago, scientists began building an outpost on Mars a few miles from Gale Crater. Robots are maintaining the facility, but their hands are not quite suited for wiring the base. Thus, NASA deemed it necessary to send humans to Mars to get the base running for future missions on an improved version of NASA’s Orion spacecraft. The Orion spacecraft
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Our capsule is much larger than previous ones due to the necessities needed to support life. The complex had three floors partitioned into several sections. At the center of each was a circular room with a ladder. Arranged along the north side are inter-capsule communication monitors. On the top floor, the central room also provides our communications panel used to contact Earth. On the top floor, the outer ring is divided into an exercise room to the north and a dining room to the south. The middle floor’s outer ring is divided into a lab to the south, the men’s living quarters to the northwest, the women’s living quarter’s to the northeast. The lowest floor’s outer ring contains the greenhouse. The spacecraft uses nuclear thermal propulsion, which relies on heating a hydrogen fluid to temperatures nearing 5000 degrees Fahrenheit and raising pressures to about 1000 lbs/in2 to imitate the nuclear fusion process of the sun [7]. The resulting heated hydrogen will then be released through a nozzle to provide thrust for the spacecraft to move [7]. It has a specific impulse of about 900 seconds, which is twice the specific impulse of the most efficient chemical rockets [7, …show more content…
[NASA] National Aeronautics and Space Administration Available from http://genesismission.jpl.nasa.gov/educate/scimodule/data/briefing/STSolarWind.pdf
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[13] NASA [Internet]. [NASA] National Aeronautics and Space Administration Available from http://history.nasa.gov/conghand/propelnt.htm
[14] NASA [Internet]. [NASA] National Aeronautics and Space Administration Available from http://helios.gsfc.nasa.gov/cme.html
[15] NESTA [Internet]. [NESTA] National Earth Science Teachers Association. Available from http://www.windows2universe.org/sun/atmosphere/sunspots.html
[16] NASA [Internet]. [NASA] National Aeronautics and Space Administration Available from http://www.nasa.gov/mission_pages/mars/news/mars20121121.html
[17] Mars One [Internet]. Mars One. Available from
Curiosity was launched into space in Mars, its present and its primitive microbacterial life past. The robot is equipped with more than 10 differents scientific instruments. The Curiosity is obviously equipped with a photographic camera and two hours after having descended on Mars Curiosity take and send the first photos of the red planet. Return on August 6, 2012. Humans could travel Mars from 2022 on a spacecraft that would carry between 100 and 200 people every 26 months, Mexico scientist and businessman Elon Musk said in
CheMin is an instrument that on MSL to identifies and measures various minerals on Mars. The minerals that found by on Mars so far are Olivine, pyroxenes, hematit, goethite, and magnetite.
The NASA space program has had enormous impacts on the world. Thanks to NASA the United States has explored thousands of celestial bodies throughout the galaxy with telescopes, rovers, and in the moon 's case, people. In the next decade, NASA plans to expand the United State’s human exploration to more than just the moon. A Mars mission has been in NASA’s eye for quite a while now and with technology advancing every day, they feel it is time to send men and women to the red planet. Some believe the journey could prove too dangerous for humans; however, through research and development scientists can find ways to safely transport astronauts to and from Mars. This is a necessary step in the country 's advancements in health, technology and
Mars is the next step in human exploration, and its time we start looking beyond the horizon into deep space, next stop is Mars.
Mars, one of Earth's neighboring planets, has been studied since the beginning of mankind. More recently, however, the United States of America has been considering the human colonization of Mars. A manned mission to Mars is something humans need to pursue, regardless the price. A human colonization on Mars could provide the research to create another civilization outside of Earth, could show us what might happen to Earth in the future, and could provide itself as a space station/planet-to-planet trading port to launch rockets off of. A manned mission to Mars is a controversial subject; however, it should be pursued due to the evidence from past missions, the current evidence being found, and the pros outnumbering the cons.
Over the past few months people all over the world have applied for a mission to go to the red planet, Mars. Four lucky people will be chosen to go live on Mars. They will have to endure eight to ten years of brutal training. In addition, their every movement will be watched and scrutinized. After all of this, these few people will be the first to live and to die on Mars. Going to Mars is a dangerous mission. The smallest mistake can lead to ultimate mission failure. Even the tiniest of errors can cause engine failure, cosmic radiation contamination, or a shortage of power.
The primary goal of this mission is to set up and maintain a long-term base on Mars in order to analyze the Martian atmosphere as well as the surface and sub-surface environment. This mission will serve as a step forward into a permanent human
SUMMARY: Since getting a human to Mars is difficult, even for today’s technology, scientists have considered sending humanoid robots up instead. These robots are being developed right now by engineers Taskin Padir and Velin Dimitrov.
Buzz Aldrin once said, “Mars is there waiting to be reached”. For decades, Mars has
For many years, people have envisaged a colony on Mars. Though the task may be daunting to some, the ideas and resources needed to sustain a colony on Mars is very important. The similarities and differences between the ideas presented will be analyzed so that the ideas that will form the future for Earth can be used. Moreover, these ideas will also be compared and contrasted to those from the movie, The Martian.
I watched “The Martian” last weekend and it’s really impressive. I never saw a movie that describes the atmosphere on Mars. “The Martian” tries to describe the real environment conditions on Mars. Even though we can learn a lot about Mars from this movie, there are some aspects that not based on scientific data and not accurate. I listed three aspects below.
A one way ticket to Mars; it sounds like science fiction, but it hasjust become reality. You could have a chance to travel farther away than any other human beings have gone, to live in another world, and going from a beautiful planet with a blue sky and yellow sunshine green trees to a red plant where there is no water and no food. Where Tthere are only dust storms, empty deserts, and volcanoes. All of that risk is due to what the dream of human beings have of carrying our curiosity to its furthest reaches. But there are a lot of problems and questions before we achieve this dream. How will we go there? How much time will it take to go there? And the biggest questions: How to survive in Mars. As a human, we have to have
The possibilities and limitations for colonization on Mars are diverse, and they all contribute to the idea of colonization on a foreign planet. However, there are many limitations that are factors for obstacles in the plans, as 3D printer Behrokh Khoshnevis explains how he has plans to create an inhabitable living area on Mars. The author, Kate Springer, quotes Khoshnevis when he claims that he could actually build on Mars, using a system that he created, and seems a bit skeptical that the plan could actually work. Springer supports this idea when she quotes Khosnevis’s statement, “Getting the technology to Mars [is the biggest barrier]. We will have to place the construction machines inside the payload compartment of a rocket. For that, we have to be mindful of the size.
This article is a representation of planetary science, including astronomy and planetary geology, and the discussion of Mars and the attempt to colonize Mars has been a longstanding goal for organizations such as NASA who has been backing the movement for decades. NASA has been the pioneer for space exploration ever since it’s founding in 1958 and employees the best scientist focused on planetary science. The recent discovery of what appears to be water on Mars has driven researchers to focus on where the water is coming from and how this can be incorporated to populate Mars. However, due to our inability to physically travel to Mars scientist and researchers must use skills such as probes and satellites to determine how other plants have evolved and their conditions.
It is the year 2034, a large asteroid is approaching Earth; it will impact in 30 years and is so large no amount of manpower can stop its course. Humans are forced to abandon Earth and move to Mars. To do so they will have to engage robotic missions to probe habitable areas, solve the problems of long-term space travel, figure out mass transport of humans, and deal with radiation exposure from the sun and other space hazards. It may seem like an impossible feat but the ingenuity of humans will have to save us, and if it doesn’t we will be forgotten like the dinosaurs.