The Journey of Space Exploration: Ex-Astronaut Views on NASA

by Ian O'Neill on February 10, 2009

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Why has "one small step for man" turned into "one giant leap backward" for NASA? (NASA)

Why has "one small step for man" turned into "one giant leap backward" for NASA? (NASA)

It reads like the annual progress report from my first year in university. He lacks direction, he’s not motivated and he has filled his time with extra-curricular activities, causing a lack of concentration in lectures. However, it shouldn’t read like an 18 year-old’s passage through the first year of freedom; it should read like a successful, optimistic and inspirational prediction about NASA’s future in space.

What am I referring to? It turns out that the Houston university where President John F. Kennedy gave his historic “We go to the Moon” speech back in 1962 has commissioned a report, recommending that NASA should give up its quest for returning to the Moon and focus more on environmental and energy projects. The reactions of several astronauts from the Mercury, Apollo and Shuttle eras have now been published. The conclusions in the Rice University report may have been controversial, but the reactions of the six ex-astronauts went well beyond that. They summed up the concern and frustration they feel for a space agency they once risked their lives for.

At the end of the day, it all comes down to how we interpret the importance of space exploration. Is it an unnecessary expense, or is it part of scientific endeavour where the technological spin-offs are more important than we think?

John F. Kennedy speaking at Rice University in 1962. How times have changed (NASA)

John F. Kennedy speaking at Rice University in 1962. How times have changed (NASA)

The article published in the Houston Chronicle website (Chron.com) talks about the “surprising reactions” by the six former astronauts questioned about Rice University’s James A. Baker III Institute for Public Policy recommendation for NASA. However, I’d argue that much of what they say is not surprising in the slightest. These men and women were active in the US space agency during some of the most profound and exciting times in space flight history, it is little wonder that they may be a little exacerbated by the current spaceflight problems that are besieging NASA. The suggestion that NASA should give up the Moon for more terrestrial pursuits is a tough pill to swallow, especially for these pioneers of spaceflight.

It is widely accepted that NASA is underfunded, mismanaged and falling short of its promises. Many would argue that this is a symptom of an old cumbersome government department that has lost its way. This could be down to institutional failings, lack of investment or loss of vision, but the situation is getting worse for NASA. Regardless, something isn’t right and now we are faced with a five year gap in US manned spaceflight capability, forcing NASA to buy Russian Soyuz flights. The Shuttle replacement, the Constellation Program, has even been written off by many before it has even carried out the first test launch.

So, from their unique perspective, what do these retired astronauts think of the situation? It turns out that some agree with the report, others are strongly opposed to it, whereas all voice concern for the future of NASA.

Kathryn Thornton, before a Shuttle mission (NASA)

Kathryn Thornton, before a Shuttle mission (NASA)

Walt Cunningham flew aboard Apollo 7 in 1968. It was the first manned mission in the Apollo Program. At an age of 76, Cunningham sees no urgency in going back to the Moon but he is also believes the concerns about global warming are “a great big scam.” His feelings about global warming may be misplaced, but he is acutely aware of the funding issue facing NASA, concerned the agency will “keep sliding downhill” if nothing is done.

Four-time Shuttle astronaut Kathryn Thornton, agrees that the agency is underfunded and overstretched and dubious about the Institute’s recommendation that NASA should focus all its attention on environmental issues for four years. “I find it hard to believe we would be finished with the energy and environment issues in four years. If you talk about a re-direction, I think you talk about a permanent re-direction,” Thornton added.

Gene Cernan, commander of the 1972 Apollo 17 mission, believes that space exploration is essential to inspire the young and invigorate the educational system. He is shocked by the Institute’s recommendation to pull back on space exploration. The 74 year old was the last human to walk on the Moon and he believes NASA shouldn’t be focused on ways to save the planet, other agencies and businesses can do that.

It just blows my mind what they would do to an organization like NASA that was designed and built to explore the unknown.” — Gene Cernan

Apollo astronaut Gene Cernan covered with moon dust (NASA)

Apollo astronaut Gene Cernan covered with moondust (NASA)

John Glenn, first US astronaut to orbit the Earth and former senator, is appalled at the suggestion of abandoning projects such as the International Space Station. Although Glenn, now 87, agrees with many of the points argued in the report, he said, “We have a $115 billion investment in the most unique laboratory ever put together, and we are cutting out the ability to do research that may have enormous value to everybody right here on the Earth? This is folly.”

Sally Ride, 57, a physicist and the first American woman to fly into space believes the risky option of extending the life of the Shuttle should be considered to allow US manned access to the space station to continue. The greater risk of being frozen out of the outpost simply is not an option. However, she advocates the report’s suggestion that NASA should also focus on finding solutions to climate change. “It will take us awhile to dig ourselves out,” she said. “But the long-term challenge we have is solving the predicament we have put ourselves in with energy and the environment.”

Franklin Chang Diaz, who shares world’s record for the most spaceflights (seven), believes that NASA has been given a very bad deal. He agrees with many of the report’s recommendations, not because the space agency should turn its back on space exploration, it’s because the agency has been put in an impossible situation.

NASA has moved away from being at the edge of high tech and innovation,” said Chang Diaz. “That’s a predicament NASA has found itself in because it had to carry out a mission to return humans to the moon by a certain time (2020) and within a budget ($17.3 billion for 2008). It’s not possible.”

In Conclusion

This discussion reminds me of a recent debate not about space exploration, but another science and engineering endeavour here on Earth. The Large Hadron Collider (LHC) has its critics who will argue that this $5 billion piece of kit is not worth the effort, where the money spent on accelerating particles could be better spent on finding solutions for climate change, or a cure for cancer.

You did NOT just say that! Brian Cox's expression says it all... (still from the BBC's Newsnight program)

You did NOT just say that! Brian Cox's expression says it all... (still from the BBC's Newsnight program)

In a September 2008 UK televised debate on BBC Newsnight between Sir David King (former Chief Scientific Advisor for the UK government) and particle physicist Professor Brian Cox, King questioned the the importance of the science behind the LHC. By his limited reasoning, the LHC was more “navel-searching”, “curiosity-driven” research with little bearing on the advancement of mankind. In King’s view the money would be better spent on finding solutions to known problems, such as climate change. It is fortunate Brian Cox was there to set the records straight.

Prof. Cox explained that the science behind the LHC is “part of a journey” where the technological spin-offs and the knowledge gained from such a complex experiment cannot be predicted before embarking on scientific endeavour. Indeed, advanced medical technologies are being developed as a result of LHC research; the Internet may be revolutionized by new techniques being derived from work at the LHC; even the cooling system for the LHC accelerator electromagnets can be adapted for use in fusion reactors.

The point is that we may never fully comprehend what technologies, science or knowledge we may gain from huge experiments such as the LHC, and we certainly don’t know what spin-offs we can derive from continued advancement of space travel technology. Space exploration can only enhance our knowledge and scientific understanding.

If NASA starts pulling back on endeavours in space, taking a more introverted view of finding specific solutions to particular problems (such as finding a solution to climate change at the detriment to space exploration, as suggested by the Rice University report), we may never fully realise our potential as a race, and many of the problems here on Earth will never be solved…

Sources: Chron.com, Astroengine.com

About

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Hello! My name is Ian O'Neill and I've been writing for the Universe Today since December 2007. I am a solar physics doctor, but my space interests are wide-ranging. Since becoming a science writer I have been drawn to the more extreme astrophysics concepts (like black hole dynamics), high energy physics (getting excited about the LHC!) and general space colonization efforts. I am also heavily involved with the Mars Homestead project (run by the Mars Foundation), an international organization to advance our settlement concepts on Mars. I also run my own space physics blog: Astroengine.com, be sure to check it out!

  • Mr. Bill

    Time for a revolution, Emission Nebula.

  • Emission Nebula

    Amen. Bring on the Star Trek protocol for human endeavor.

  • Emission Nebula

    And another thing, has anyone else read in the lastest issue of Nature, that they have to choose between Titan or Europa for their next big outer planet mission?

    Thats horrible. I know these missions aint cheap, but come on! We should be able to do both around the same times.

    Get it together NASA!

  • byron

    So let me get this straight, a bunch of former astronauts who fought tooth and nail to be chosen to go to space are now working to say that it just isn’t worth it anymore?

  • Frank Glover

    “…recommending that NASA should give up its quest for returning to the Moon and focus more on environmental and energy projects.”

    Even if I accept that (and I don’t), how are those things the explicit job of an aerospace research and development agency? Isn’t that what we have an Environmental Protection Agency and a Department of Energy for?

  • b

    Climate change – downgraded from the more ludicrous ‘global warming’ is none of NASA’s concern. Its like the Amazonian shaman threatening his tribe with drought if they don’t give him a bigger hut – only now its carbon taxes not a bigger hut. How’s NASA going to protect us from a volcano going off?

    We really need to keep pushing for human colonization of space as we are obviously facing overpopulation. Instead of draconian policies and culling the human population into more manageable numbers, we should be using technology and innovation to solve our problems. In fact, policy always fails, innovation always prevails and the only reason we are having this argument is because the unimaginative dinosaurs that hold 90% of the world’s resources would much rather cull us!

  • ESA Exile

    The LHC is an example of ‘basic research’, or enquirey led research. The aim is to answer questions rather than to find solutions to practical problems. However such research programmes consistently produce new technologies that provide solutions to practical problems in totally unexpected ways.

    If in 1895 Wilhelm Röntgen had been given a research grant to find better ways of locating schrapnel in battlefield wounds he might have produced some nice new metal probes or investigated magnets. He would not have discovered X-rays!

    Applied research has it’s place, and its a vitally important place too but it must not be permitted to replace basic research. It has to be both, not either or!

  • dollhopf

    We really need to keep pushing for human colonization of space as we are obviously facing overpopulation.

    I tend to think that the concepts of “global overpopulation” and “global warming” have the same origin and that both stem from the same interest group. They propagandize man-made apocalypse, actually combining the biblical message that “the thoughts of man’s heart are evil from his earliest days” with mathematical models. Both are “doomsday theories” and doctrines of salvation, playing with feelings of fear and imminence, thus can motivate the people to reshape their preferences.

    Could it be due to the cultural background that lets green theories always emerge in countries with a Christian heritage?

    NASA is expected to become a tool of “salvation” in the hands of do-gooders.

  • lill

    They the should a new agency for the issue of global-warming.

  • conrad

    Man is the eternal seeker. When we stop exploring, we are finished as a species. Let the shortsighted worry about the planet, but do not give up on the quest for space. Although earth will always be our home, our future lies in the stars.

  • Drlove

    I think this is a case for age. For example the young are more liberal and the older are somewhat more conservative. Ask our current astronauts what they think? You know the ones who risk their lives on missions that are happening in this century

  • S.E.Cycloid

    @Emission Nebula – Chill you’re not alone with your frustration over the Global Warming hype. We need money and resources to be spent on pure science. Also we need money and resources to be directed towards making humans a multi-planet (i.e. able to survive extinction events) species.

  • dollhopf

    “Ask our current astronauts what they think”

    None of them ever got beyond LEO. The moon experience exclusively belongs to the “more conservative”.

  • Dresden

    “A geat Big scam”

    This is so true

  • bob

    So why do nations waste money exploring space when we have all these problems at home?

    That is a question I am asked quite often and, as an amateur astonomer, I give an answer that does not react to the situation. Look at all the countries that have not explored space verses those that do. The standard of living in those that do buries those that don’t.

    Yet that answer really is not one I give to the public when I give talks. I start out like this: What did astronomy do for the world? What is it that is right in front of us that has importance and relevance?

    Withut astronomy there would be no spectroscopy. Without spectroscopy the elements cannot be detected and medicine, biology, biochemistry and chemistry all don’t exist. Particle physics could be argued to have its first evidence from it. It tells us, through the doppler effect if something is headed toward us that might endanger our existence.

    Like your eyeglasses? It was an astronomer, Johannes Kepler, who derived correctly how the human eye functions to focus images on the retina. Past that the exploration of optics was being questioned since it seemed to go no further. Young’s 2 slit experiment seemed meaningless to many who questioned with a “so what?” when the duality of the quantum world was revealed. But now, thanks to that knowledge, science realized that there are slits between atoms that, with X-rays, can reveal the internal structure of steel and see it how it can start to fracture prematurely, sending warnings that bridges need to be looked at more closely. Minneapolis anyone? Movies are now produced with X-rays that use particle accelerators and undulators to generate X-rays that show cells being invaded by viruses and give great details for testing new drugs can be applied with less side effects. Insides of fuel injectors during live action of runnning diesel engines have revealed faults that are now being remedied to produce greater fuel efficiency with less pollutants. A new diesel fuel is coming out from just such research that does not have the noxious carcinogens. So cancer is being researched with fundamental tools passed down from exporing the stars. Bullet proof vests come from those labs as well along with newer synthetics that are more durable. Without Kepler’s and Young’s and others’ curiosity for the unknown where would we be right now? Maxwell was told his equations were meaningless and his invention of the color photograph was a waste of exploration that had no application to life. It is a good thing Marcone ignored such inputs.

    Relativity was thought to be a wasted venture.

    Radio dispatch to moving vehicles does not exist without Einstein’s special relativity revealing that EM waves are measured the same to all uniform motions. The police refused to believe Einstein and, when pursuing Capone in squad cars, they would get out of their vehicles to call dispatch from a phone booth, something at rest with repspect to dispatch. Many feared then that the momentum of EM waves would differ for vehicles approaching one another to those receding from one another. They feared that signals would be as distorted as an ocean wave slamming into a wall. It wasn’t until 1927 when the LAPD decided to find out if Einstein was correct. Televisions couldn’t be focused without taking SR into account. The frame of reference of the electrons in the electron beam must have space shrunk enough to prevent the electron from tumbling as it heads for the phosphorous screen.

    Further, e=mc^2 revealed that the energy in one raisin is enough to start up and run New York City for an entire day.

    Like your cell phone and satallite TV? Without NASA putting up the satellites and repositioning them from time to time they don’t function. GPS systems need them and they save us millions in food production since our tractors are being guided by them to produce perfectly straight and more efficient seeding and harvesting.

    NASA has put up exporatory satellites (A-Train) that is testing the clear atmosphere for pollutants. NASA has satellites monitoring the sun and has revealed to us many answers through helioseismology that verify what health it is in and what dangers confront us from it. Global warming cannot really be explored seriously without comparisons to what is going on with our neighboring planets. The outer planets may reveal to us how life can survive under extreme conditions. Could fish or something like them possibly survive in Europa’s sea or in the fissures in Encledeas?

    But how mush exploration is too much for our budget is the main question. The rovers seem to be doing well and, if they break down, we can use other rovers to repair them or wait until our budget permits us to carry out more planetary explorations. Sending humans appears to be too expensive right now but we will have to get off the planet one day. We’ve got 500 million years to wrk that out if it is possible. If humans can’t be proven to travel great distances then the robots will be a signature of our existence to some other thinking entity.

  • dollhopf

    holla “Some …”

    you indeed reveal perfect underdevelopment in many ways!

    To demand “political correctness”, while you do preach water but guzzle wine! LOL

    What a politically incorrect impudence!

  • Vanamonde

    Mmmm, no mention of Men to Mars in this discussion and I count that as Good Thang. That was a half-baked distraction, IMHO.

    Like Mars, The Moon can wait. It will be there a while. The ISS is another thing. We led this project and got a lot of other nations on board. What matters to me, is we honor our commitment to the international community, first and foremost. We cannot be unilateral in this. All of the involved nations need to work together.

    And I certainly would not write off the Constellation Program. And can someone tell me why you cannot use a Titan booster and buy some Soyuz craft to use while we are working to finish the Constellation Program? Or maybe some cargo ships from the ESA? And if launch from Russia is the only option, so be it.

    The Space Shuttle never came close to it’s goal of reducing the cost of getting to orbit. And it has cost lives.

    A space station in low orbit is the key to all human space exploration. It is there we learn to live in space for the long term and it is there where we will launch to the stars. Okay, seriously, at least to the planets.

    And we made a commitment to the ISS. Let us keep our honor.

  • ShadowDancer

    ESA Exile Says:
    The LHC is an example of ‘basic research’, or enquirey led research. The aim is to answer questions rather than to find solutions to practical problems. However such research programmes consistently produce new technologies that provide solutions to practical problems in totally unexpected ways.

    If in 1895 Wilhelm Röntgen had been given a research grant to find better ways of locating schrapnel in battlefield wounds he might have produced some nice new metal probes or investigated magnets. He would not have discovered X-rays!

    Applied research has it’s place, and its a vitally important place too but it must not be permitted to replace basic research. It has to be both, not either or!
    *****
    Just a side note: Tesla experimented with X-rays before Wilhelm Röntgen “discovered” them. Though it is true that Röntgen brought them from just being an idle experiment and turned them into a useful tool.

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