Showing posts with label ISS. Show all posts
Showing posts with label ISS. Show all posts

Sunday, May 23, 2010

The Spirit of the ISS: International Cooperation in Space 


The following is an essay I wrote in the class University Writing . I'm posting it here to get more feedback. Another essay I wrote in the same class will follow tomorrow:

On a clear night, look up at the night sky. You will see countless numbers of stars and celestial objects. But, if one waits long enough, they will see a new, bright star suddenly streak across the pre-dawn sky. That object, shining brightly in the sky is the International Space Station (ISS), a cooperative venture between the American, Japanese, European, Canadian, Russian and many other space programs. It has been visited and used by 15 different countries including South Africa and Brazil. Costing over 157 billion dollars, it is the most expensive object constructed, ever. It weights over 750,000 pounds, making it bigger then any other space station ever made. This amazing structure was built through the use of combined resources; if the participating counties decided to continue their pre-ISS plans for their own space stations, the results would have been less impressive. We would have had several, very un-notable stations in orbit if the ISS was never developed. Unfortunately, the global financial crisis has threatened the existence of the ISS. Prompting plans of deorbiting the station in 2016, well short of its intended lifespan. The United States has extended funding, but its a highly political move. Still the ISS must be deorbited at some point because of safety, but the plans for space stations after it are troubling, most will be run independently.

This temporary nature of the ISS and the cooperation around the ISS is reminiscent of the temporary nature of compassion towards other countries as described in Bruce Robbins' The Sweatshop Sublime. This so called sublime is defined as "comparison with which everything else is small...a feeling of the inadequacy of [the] imagination for presenting the ideas of a whole, wherein the imagination reaches its maximum, and, instriving to surpass it, sinks back into itself" (Robbins 85). The sublime created by each country makes them seem small because they are being compared to an international effort to further human presence in space, one so massive, that no one country seems to be able to afford it. The ISS stands defient of the course of human history, superpowers are suppose to have arms aimed at each other, not helping build telescopes pointed at space for each other. To change the momentum of history is a massive task. However, Robbins points that the feels from the hight of someone sublime moment "fail[s] to express [its self] in any potentially risky, disobedient action" (Robbins 85). We are working with nations who we have designed weapons and plans to attack each other. It would seem that it is very risky to "surrender" like this. It is very disobedient to go against the people who make money off the pointing of weapons at allies and whole cultures who pride themselves on having a standing army with missiles at the ready. But, in reality, the risk is placed solely in the status quo. Even today, Cold War style nuclear armageddon is still a possibility. That is what the ISS defies, the endless cycles of war that humanity has been in since the first time a rock was thrown in anger.

This is further supported by Nessbaum's work , Compassion & Terror. Her "concern is with our difficult keeping our minds fixed on the sufferings of people who live on the other side of the world" (Nussbaum 12). In the literature surrounding manned space flight, the idea of humans in harmony is fundamental. This ideology was realised when weapons in space have been banned. However, it could be that the idea of peace in space is merely philosophy inspired by the newness of this realm. It could be that once reality hits the space-faring nations, we will "take [our] repose or [our] diversion, with the same ease and tranquility, as if no such [peaceful time period] had happened" (Nussbaum 12). Assuming war is the primary diversion of nations from the peaceful use of space, the dream that weapons would be left on the ground is lost. The fundamental ideas surrounding the ISS are lost.


It also seems we are also using the belief systems present during tense times like World War Two or The Cold War. Politicians mentioned that funding the ISS placed America as the leader in space. It would seem funding the ISS is a compassionate act, other nations can utilize space who otherwise couldn't, but this language is subordinating the partners involved to a humorous level. The United States only has access to about 25% of crew time and space in the ISS, Russia has 50%. If anyone, Russia is the leader in space,
yet we have named ourselves the leader for national ego.


Thus, I must agree with Robbins, "[e]verything is political" (Robbins 89). Even a compassionate act like funding the ISS or forming an antisweatshop movement is tuned into something that benefits the local priorities. Even when trying to end human suffering, we are political. We worry about "American workers...losing their jobs" and our "fear of foreign infection in the AIDS or Ebola style" (Robbins 90). This political language only "confirm[s] the strong hint of American nationalism" that is appear in the anti-sweatshop movements and the funding of the ISS. This is developed when Nessbaum claims "...compassion for our fellow Americans can all too easily slip over into a desire to make America come out on top and to subordinate other nations" (Nussbaum 12). We care about America's objective more then humanities objective. It seems we would rather be number one the be a good partner. In this light, I must conclude that the spirit of the ISS isn't dead, it was never born.


On the other hand, it is possible that we have found the solution to the ISS' biggest problem. It isn't a life support system or the cost of resupplying it, it is "the problem of watery motivation, though we might call it the problem of death within life" (Nussbaum 20). If the ISS was only presented as an international project, if flags and other insignia were banned on the ISS, not a soul would care about the ISS. The motivation for giving the ISS national money would be watery and, especially now, hard to justify. As Nessbaum proclaims, "there are two things above all the make people love and care for something, thought that it is all theirs, and the thought that it is the only one they have" (Nussbaum 20).The fact that our flag is on the ISS peaks our interest, the fact the we own 25% of the station and the crew's time motivates us to fund it. The fact that working with others enhances our parts of the station drives us to deal with the other nations who we might not have otherwise cared about. Thus, the political environment around the ISS, no matter how focused it is on the local, keeps the station alive.


However, Robbins would disagree with me and Nussbaum. He claims that "[m]any have suggested before...that global commitments can emerge more or less organically and continuously [only] from local, personal, familial commitments. [However,] agreeing [that the] continuity switches over into opposition...is much more challenging" (Robbins 91). However, disease and the ISS show that local commitments can come from global commitments. The ISS forces us to risk astronauts lives since every rocket launch could end badly. We increase the risk since our understanding of cosmic radiation is weak. This paper's claim could be false on missions where astronauts are bring their own nation's parts to the ISS, but it is often seen the one nation's astronauts will fly a craft carrying the cargo of a foreign nation. It is here that "compassion for our fellow Americans ...slip[s] over into a desire to" make other nations better (Nussbaum 12). Our astronauts could die helping others, but, despite having a strong attachment to and local investment in our men and women, we still risk them for a nation we nuked and a nation we called evil. Furthermore, a global commitment to health is causing us to allocate local resources to protein crystal (crystals of the disease that would be too weak to grow on earth, but in space, its easy) research on the ISS, research that won't benefit one nation, but the whole world. If the US wanted to come out on top, it would build and use its own space station so the patents and profit remain fulling in our control.

The moon landings were done in humanities name. They serve as a inspiration to humans every were even today. I remember watching a interview with a kid in Africa who was going to a newly built school. He said he was stunned that we (indicating that it was a accomplishment of humanity, not the US) went to the moon. A plaque on the side of the Apollo lander reads "We Came in Peace for All Mankind". Yet, there is an American flag firmly planted in the lunar soil, not the United Nations flag as planned. We went for humanity and ourselves. We went in peace but still had a warlike motion of planting a flag; this is not a paradox because to serve humanity, we had to serve ourselves. It will be the same for the ISS, its "motive must always remain complex and dialectical, a difficult conversation within ourselves as we ask how much of humanity requires of us, and how much we are entitled to give to our own" (Robbins 91).

Works Cited

Nussbaum, Martha C. “Compassion and Terror.” Daedalus. 132 (Winter 2003): 10-26.

Robbins, Bruce. “The Sweatshop Sublime.” PMLA. 117 (2002): 84-97.

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Sunday, October 11, 2009

SPC #16: The Mir Crew Safety Record: Implications for Space Colonization

Welcome to the Sunday Paper Club. (almost) every Sunday, this blog will offer analysis of a paper on space habitation and other related topics. These are my opinions on a weekly scientific paper; basically I read the paper and write down my thoughts are I read it. They are subject to my perspectives and believes. I am open to debate, so if any reader believes I have misinterpreted something in a paper, please point it out. I'm only a student and I'm still learning how to read these papers and interpret them. All quotes and ideas are from the paper unless otherwise noted.

This week we are reviewing the paper The Mir Crew Safety Record: Implications for Space Colonization.

This paper is based on the study Space Station Crew Safety Alternatives Study compiled by Boeing-North American and it is based on the Mir Safety Record, but these studies are applied to space colonization. This study gave an overview of all the safety issues that could occur on the International Space Station (ISS).

What’s interesting is that Mir was operated for 14 years, many years past the 5 year design life. Yet, the space station was able to protect its occupants from the harsh environment of space. Also, according to this paper, “the American space program[in 1985] was primarily concerned with the engineering technology required to put a man on the Moon. Medical requirements for survival was a related part, but basic biological research trailed behind and the psychosocial human factors were not an object of study for the most part.” I found this to be stunning, but I should have know this already. It was assumed that astronauts where tough and could deal with what ever was tossed at them, but this can not be ignored in the long term, no one can take high stress environments for years at a time.

The paper examines the slippery slope from a stressor to a safety hazard. Whenever we have a stressor, performance will be degraded. The pursuit of productivity after the performance has been lowered is where most safety hazards come in. We must deploy  countermeasures against the stressor and the degraded performance to eliminate the safety hazard.

A space colonization effort can not be played out like a never-ending shuttle mission. People will snap. If they are over scheduled, people will not give up. I see this on nights where my school’s 24 hour library is full at 3am, repeatedly. People will not fail at their assignments, they will complete their work no matter the cost. According to the paper, this is especially true with astronauts who do work “conveyed to NASA by American universities and corporations that had spent millions of dollars to have in-flight experimental programs.” On shuttle missions, astronauts stay quiet about being overloaded, on long term missions, they can not stay quiet. The same thing applies to family problems.

Also, another interesting thing this paper bring up is that feeling of loneliness can build month before a mission, as training starts and one becomes “separated from the agency infrastructure they had come to rely upon”. Also, if maintenance actives fall behind, space inhabitant can be forced out of their habits and forced to give up on some projects. This is only increase stress in the crew.

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Tuesday, September 1, 2009

Moving Into My Dorm

So, today is my second day of college. My dorm is good enough to take pictures of. So here they are…

IMG00028-20090901-2231 IMG00027-20090901-2230

IMG00029-20090901-2241

The dual monitor setup is for AutoCad, a computer aided design program. I found them in all my parent’s junk. I didn’t go shopping for college, I just collected all the cool stuff in my parent’s storage units. The only problem I see with it is that the astronauts and the International Space Station all have less room then me and they earned more living space. I should be back to blogger and tweeting normally tomorrow.

Saturday, May 30, 2009

Insulated Pandemic Research Facility

Last updated: May 30, 2009

I was playing Pandemic 2 and I realized something very scary. In the game Pandemic 2, you play a virus, bacteria or parasite with the goal of wiping out humanity. One of the sub-goals to achieve victory in the game is to prevent humanity from developing a vaccine by shutting down all the hospitals which serve as research facilities. Should this happen in real life and all our research institutions are unable to function, humanity is doomed.

Vaccine 

What if there was a research institute insulated from anything that would happen on Earth? I see this as a huge benefit of a outpost in space. My idea is to have either an add on for the International Space Station or it's own space station. The living space of the researches would be separated from the labs; the lab would only be connected to the living area with a rope. Researches would spacewalk from the living area to the lab and the space suits would serve as biohazardsuits in the lab. Researches would keep their spacesuits on while in the lab so that they are sanitized when the spacewalk back to the living area. But, the lab will have an atmosphere so the samples stay alive.

Pendemic 2

This plan requires a space suit glove that can be used in lab work. Maybe researchers can used a work glove under the space glove that will still maintain the seal of the space suit when the space glove is taken off. But, a benefit of this system is that the lab's atmosphere can be evacuated if a sample is released. killing everything in the lab except the humans who are in spacesuits.

Vaccine 2 

Well, what do you think? Is this a good idea especially in the light of the H1N1 virus? Is there someway a disease could shut down this lab?

Saturday, April 25, 2009

It Started in a Yellow Submarine

The article ISS: Closing in on completion in the March 2009 issue of Aerospace America, by Astronaut Thomas D. Jones, is again the source of inspiration for today's article.

Departing NASA administrator Mike Griffin often underlined how much we still must learn before sending humans explorers to Mars by equating such a mission to a marathon submarine voyage. Until we can slam closed the sub's hatches, dive beneath the waves, and safely cruise the oceans for three years without surfacing for repairs or resupply - the equivalent of a full-up Mars round trip-we are not skilled enough, smart enough, or experienced enough to go.
The article suggests the use of the International Space Station (ISS) to gain the knowledge to complete such a mission, but I think we can add a submarine mission in addition to research in space.

This quote also shows how inexperienced we are, we can not survive on some areas our planet, our home. That's like not being about to walk down to your basement in your own home, how could you expect to walk to a neighbor's house? We need to master all environments of the Earth before moving the space. This submarine mission could be an economical way to gain that experience.

Tuesday, April 14, 2009

The ISS Lives

According to a Wall Street Journal article shared by the blog Universe Today, "Fifteen partnering nations have agreed in principle to extend the life of the International Space Station, and keep it operating through 2020". Before this news, the station was set to shut it's doors in 2015. Luckly, the additional 5 years allows new space companies to take advantage of the ISS' free resources. This is important because the 5 years allows for the ISS to take part in the 2015 Maslow Window, which is predicted to be a time where space companies will thrive. In short, this additional time allows for the developement of the economic resources that are needed to take full advantage of the International Space Station.

Wednesday, April 1, 2009

The ISS might have an Economic affect

I was reading the article ISS: Closing in on completion, in the March 2009 issue of Aerospace America, written by Astronaut Tomas D. Jones and this part of the article caught my eye.

Congress declared the station a national laboratory in 2005, and NASA is actively seeking government and industry customers who want to use the ISS for a wide variety of research and applications. NASA will not charge for utilities and crew time, but experimenters must find their own transportation to the station, a major obstacle for smaller enterprises. Low-cost commercial transportation to [low earth orbit] (from SpaceX, Orbital Sciences and others) may offer relief.

By doing this, NASA and the US government is opening the door for any company to get involved in space. Yes, launching to space is expensive, but building a space lab is even more expensive and a well thought out plan should attract enough investors to fund prototype transportation. So, the ISS might be the proving ground for space industry as industrial methods are developed on the station. This could lead to a boom in the space industry as well as manufacturing in general as new materials and techniques as created.

Also, I strongly believe that space-based manufacturing will be the center piece to any space habitation efforts. By providing a incubator for space industry, the ISS could lead to space habitation. A mass scale space habitation effort, just like any other macro-engineering project, would be a huge boost to the economy.

Well, those are my thoughts, what does this quote mean for you?

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