NASA Seeks Geniuses and Visionaries
Dotnaught writes "The NASA Institute for Advanced Concepts has put out a call for 'revolutionary ideas to advance the Vision for Space Exploration.' Would-be visionaries are invited to submit their ideas by February 13, 2006, as explained in this Call for Proposals. Phase 1 grants range from $50K to $75K. Phase 2 grants go up to $400K. Sample grand visions include how to create a 'self-sustaining, human presence throughout the solar system' and 'truly autonomous robotic operations for exploration and habitation.'" If any Slash users end up with the grants, we call dibs on interviews.
I think there should be a space shuttle that doesn't use foam.
What about, cleaning space trash?
-- When did Ignorance Become a Point of View?
Genetically modify humans for space travel. Characteristics include low gravity condition and extended life DNA programming. As soon as I get off of this LSD trip I will try to submit it.
I thought Isaac Asimov had some great visions of possibilities for space exploration, and robotics usage....
And once your ideas get beyond the idea stage, they'll cost way too much money to implement and NASA will lose even more fundage for "wasting" government resources.
Napalm is nature's toothpaste
Not exactly rocket science is it? oh..
/. is good for you.
NASA offering to pay for something they desperatly need? That's the same way we /.ers get sexed. Seriously, if they to do cryogenics (or the like, maybe a la the zombie dogs http://www.news.com.au/story/0,10117,15739502-1376 2,00.html) testing on humans, dibs on first volunteer spot. I'll be back just in time for society, technology, and my high-interest bank account ot get where I want them. Or you will all be dead following some war or catastrophe. Either way, I win.
The 'Net is a waste of time, and that's exactly what's right about it. - William Gibson
The title of this article begs the question: what large organization *doesn't* look for geniuses and visionaries. In general, I think such contests are overreacted about. If you are truly a genius or a visionary you would prove it to NASA in an interview.
I figured out how to fit the carbon dioxide filters from the Command Module to the LEM! Hire me!
The institute employs a team of experts in science and technology to review proposals. Successful proposals are highly imaginative but grounded in reality
Is NASA administration such a desert of inspiration, so devoid of innovation, that they need to appeal to the general public for ideas? I mean this is a thinly veiled atempt to pick the brains of the many highly intelligent and imaginative sci fi fans out there, and probably have a good laugh in the process. One thing is for sure, if I had any practical ideas about space exploration and its direction (and I'm not saying I don't), I surely wouldn't be passing it on to NASA on the nebulous chance of a "grant".
Beh. Tell 'em to go read a book, and not one of their MBA manuals either...
What he can't kill, he has sex on. Trent.
I'm an astrophysicist, currently not working in academia. This is the sort of thing we dream of - the opportunity to pitch our ideas to someone who is interested in and understands the value of science.
I once had a high tech compnay tell me they "didn't have much call for physics", I didn't have the heart to tell them it was physics than made their computers work and not magic.
I know I'll be working on my ideas to submit. Thanks for the chance NASA!
How about space exploration that does not wreck or blow up?
That is a $50k one, not $75k or $400k.
How about either changing the name, or do something with the first 'A' of their name?
Here you go, how about ditching NASA and NSF and joining them?
NASA has turned into a poor version of an employment agency that mismanages contractors at an inflated salaries so that they can dump them easier than dumping a government employee proper. Honestly, this proposal of looking for "Geniuses" and "Visionaries" is similar to NSF grants, but NSF grants pay money. Any scientist or researcher would give NASA a $50k or $75k idea in exchange for a publication. Putting a $50k to $75k open invitation is going to cost much more reading the crap from dumbasses like me and every other dumbass that is looking to get rich off of top prizes from "legalized" gambling from the government.
No, I didn't RTFA. If I were a genius or visionary, I would apply for a job as an imagineer at Disney or a job at Pixar or one of the Lucas spinoff companies. Not for some lottery for a failing government agency.
I like this. In a funny way, its a step against the No Child Left Behind Act, which I do not support. What this does is allows the best and brightest of America to excel and reach new heights. We should be pushing the best to become better instead of settling in for an easy ride being mediocre. Anyone seen the Incredibles? or read Nietzsche? I think this is a good thing: tapping into potential. The only problem lies in sifting out so many stupid people's ideas, but hey, at least we get our Ubermensch.
-Da3vid-
I think NASA should set up a funding program where they pay people some huge ratio of gold to moon rocks in weight. Then let market forces work and have private enterprise mining the moon to bring home the new gold. And once the moon becomes passe make Mars rocks the new motivator.
Shh.
...propose something that could also be modified by the military to be used as a weapon or to spy on "terrorists"
(or fellow Americans, judging by Bushs latest statements...)
Where do I sign up?!
They're really throwing out pennies here. It's just a way to throw some money at small companies for the greater good. But likely it won't amount to much. 1 out of 100 they do may be useful.
I do security
This sounds like a cheap way to get new ideas, not that there's anything wrong with that. I once went to a job interview and one of the questions was "How would you implement a trackerless bittorrent protocol?" I had to laugh and say "If I knew how to do that I sure as hell wouldn't give it away in an interview"
Needless to say I didn't hear from them.
I read it over. They aren't after pitch ideas but formal proposals. That includes detailed cost projections, translated how the money will be spent. You're applying for a grant not throwing ideas out there to win a prize. If you've never applied for a grant it's a waste of your time and theirs. That said it's amazing they are opening wide for grant proposals.
Well who doesn't seek Guinness..mmm.. it's so frothy and yummy, like a meal in every can.
*grumblecakes*
It's true no man is an island, but if you take a bunch of dead guys and tie 'em together, they make a good raft.
I'll take my $400K in small bills, thank you.
This is a PR stunt, I suspect.
Richard Steven Hack - This sig is TOO GODDAMN SHORT TO DO ANYTHING USEFUL WITH! MORONS!
NIAC has put out these calls once or twice a year since the late 90's. It's a cool organization, and I'm not saying that just because they've given me grants -- they've funded lots of really good work in many fields. Now if only NASA proper would follow up on more of it...
Q: Why did Captain Kirk pee on the ceiling?
A: To go where no man has gone before.
Honestly, there's a great scene in Apollo 13 where the crew was staring out the Command Module window as the waste tank was sprayed out into the space. NASA needs some great toilet bowl thinkers if they want to succeed.
If they want to have a team of professionals looking at certain ideas, trying to develop something new, they have to pay for a lab, offices, expensive buys that the scientifics will ask for their lab, the rather high salaries they would have to pay to the scientists, plus the salaries of their assistans, AND, when someone has a great idea, and it's put into practice, they will have to give him a grant WAY, WAY, BIGER than the one they are offering now.
/.ers are crazy for space exploration, but most people out there, after all the circus arround the suposed moon trip, and the government constantly telling them that the only important thing they should be spending money in is in paying the fucking army to "protect" them from "terrorists", people just don't trust the NASA, they think that the NASA is a waste of tax dollars, and are not really exited about space exploration at all.
This way, they don't spend a cent, and have thousands of people working for free, and each of those persons are paying their own infrastructure. If someone has a good idea, they will just give him a small payment (the payment is small considering what they usually spend in research done in more conventional ways).
Also, there is the press and public image. The NASA needs more money. And they current public image is not really very good. In order to get more money from the government, they need to improve their public image, and they need to get people interested in space exploration.
This is also a way to try to change that, and get people willing to open their wallets again like they did in the 60s.
WTF am I doing replying to an AC at 5 A.M on a Friday night?
"If any Slash users end up with the grants, we call dibs on interviews."
Depends how much you're paying, be-hatch.
Not sure if it'll get past the NASA censors though, I'll try my luck and see what happens.
Is non US people allowed to send proposals?
Sometimes it's hard to tell the visionary from the halucinator.
How the hell is this a flamebait? Overrated maybe. Mods should get a clue!
Is it just me, or does this seem like a way for NASA to avoid paying anyone to come up with these plans for them? Maybe I'm being cynical, but it seems that NASA are trying to outsource their work to mugs who'll do it for free... What's next, paying a few hundred dollars for "help build a space shuttle" holidays in a factory in Taiwan?
I'm confused when I get modded a troll or flamebate when I'm being a little pessimistic based on reality and reason.
I guess the egg might be still too wet on NASA's face to bust them for wrecking stuff pretty regularly for the past 6 years or so.
NASA needs changing. I've been in a relationship with a PhD that worked at NASA for quite some time. I've been reading NASA publications like Spinoff since about 1977 or 1978. I've known plenty of people that work at NASA that are nervous every 5 to 7 years because they talk about doing massive center closings. I've been involved with research at NASA for a few years. 2 of my closest coworkers worked at NASA for a total of 20 years or so. In other words, I know a little about the agency, but am not as biased or blinded as a direct employee.
NASA needs to change. Their wrecking stuff is embarrassing. They used to be able to put people on the moon with slide rules and "computers" which were typically women that worked out math by long hand with redundancy and double checking conflicting answers. The Space Shuttle was a failure in every respect except some of it was able to be reused. However, the reuse had an unexpected side effect in that it prohibited progress that kept us using 1970s technology for a long time despite the progress in things like material science, chemistry, physics, CAD, and many, many orders of magnitude of computing progress vs doing calculations with slide rules and pencil and paper. They Space Shuttle was also a failure in that it was way too expensive, its cargo capacity was too small and not expandable.
I dunno.
111111 11111111111
... except that I was serious. The human body was not intended for interstellar travel -- we can't hibernate, we need energy in a difficult form to provide in space (food), we need an atmosphere, we are quarrelsome when contained in small spaces for long periods, we don't deal with zero-gee very well, and our 100-year lifespan is far too short. At least some of these problems would be solved with genetic engineering.
In fact you can imagine multiple races of engineered humanoids to fulfil various tasks on the ship. You could have a species of "leaders", one of "workers" to do the menial tasks, one of "engineers" to run the equipment (maybe they could be unusually resistant to radiation), and so on.
Another point is this. I read a survey, published by NASA, of the prospects for interstellar travel using existing and forseeable technology. One conclusion was that sending a ship across the heavens would require the dedicated effort of a large chunk of humanity, and that the required level of committment has thus far only been observed in religious believers. For example, consider that pious tradesmen dedicated their lives to constructing some of the great cathedrals in Europe, with the knowledge that the work would only be completed long after they died. So if I were NASA, I would be seeing what I could learn from the Catholic church.
Toronto-area transit rider? Rate your ride.
Exactly the question many of the quacks are going to ask. Well, call me a quack, I want to work in the Jet Propulsion Laboratory though.
Yes, I said it.
While this may be a challange to modem thinkers,
broadband thinker should have no difficulty with this.
Man I really think you got it! Try submitting NASA a proposal to start a religion, or maybe they could band together with one of those already existing.
Yeah! A Crusade to the Stars is all we need... (maybe not)
PS
I really think that a good amount of faith and devotion is needed to earn us the stars.
Actually, NASA can simply license the ideas/patents from his estate and from his employer of several decades -- Boston University.
In Soviet Washington the swamp drains you.
come on big money, big money, no whammy!
Remember kids, with great power comes great opportunity to abuse that power
To get up in the space... all you need..
1) Stick some very big rocket engines to the Earth in 45 degree angle and start them. And Wait... And wait..
When earth starts to rotate 10000 times in a second everybody will find themselves in space. Whoala.. new space nation!
2) Pretty much the same approach.. put all astrounauts in safes, and blow the Earth up.
3) Find a comet or big asteroid.. stick rocket to it.. so it changes its path.. Ignite it. Path should be very close to the surface of the Earth, but still impact should not happen. Then stick a very big hook to it. Use this hook when comet fly by to lift all the heavy stuff... and then wait for the next comet..
4) Go to Iraq, find missing rockets.. if they are intercontinetal, attach additional boosters and remove warheads. You have brand new and cheap one man space launchers.
Thanks you.. waiting for all prizes.
What can I buy..
Maclaren F1 for me please!
Oups... Prize is not big enough..
nevermind then..
How about we stay right here and first to live on this planet before trying to fuck up others.
How about we realise that there is way more to explore here on earth that anyone ever imagined.
How about we solve some simpler or rather harder problems that actualy need solving if we
are going to make it another 5-10 years or so ?
How about slashdot gets their fat asses off coushy chairs and gets their hands dirty ?
i think thats enough screaming for a fiew minutes!
And yes, i am on drugs.
Whatever happened to Robert Zubrin & Co's ideas for bounties & private enterprise (similar idea to the X-prize)? I was inspired by his book The Case for Mars, but haven't read a whole lot in this area since ... a long time ago. The ideas proposed (very well articulated in my opinion) were visionary, but also seemed practical (still useful today for sure), so I have always wondered why this never seemed to be noticed by the "decision makers". Granted, many of the ideas can seem pretty far-out, but there must be something usable!
The Mars plan as set out by Bush, in a slightly different form, had been examined and deemed less practical too. There are lessons to be learnt, but not many are paying attention. Perhaps those who know more in this area can tell me about how realistic his ideas are. I only know of a few (well maybe a lot) dedicated and keen amateurs/professionals who are working towards the dream of Mars colonisation today in this area. Check out the Mars Society site for example.
Regardless, the book (and others by author + friends) is a good and (for me) educational read, and really did set my imaginations (but not hands) a-going.
i envision a world without bullshit.
where's my check?
1.) Expose myself to cosmic radiation and become a super genius.
2.) ????
3.) Profit$$$
for outerspace explorations here: http://slashdot.org/articles/02/02/14/143254.shtml ?tid=166
Therefore, if you've got a new truly revolutionary propulsion system, do NOT, repeat, DO NOT, attempt to patent it in the US!!! And, I suspect that if you placed it in the public domain they'd arrest you as an "Enemy Combatant," and you'd never be seen again! The net result is no space exploration because we have no space propulsion system other than rockets. Fuck Bush and everybody that stands with him!
Why don't we just run out of ideas for a minute and save some money?
The Pentagon pulled the same crap. When we quit needing to "fight" the USSR, they came up with the need to spend to prepare for two smaller-scale wars at the same time. Turns out that wasn't enough money for Afghanistan and Iraq and they need an extra $500 billion. Now that opposition to our ineffective foreign adventures is making a humiliating pullout likely, hey! here's the Chinese "threat".
Baaaaa! Fleeced again! There's a deficit hurting this country, folks -- do you think we could cut some techno-pork for a change?
In English English there is a colloqualism "genius" that means means the exact reverse; "What genius did this!"
With that in mind, do we really think NASA needs more geniuses (genii?) and visionaries? I think they need more people that can roll up their sleeves, get their thumbs out of their posteriors, and get some darned work done. JPL seems the only bastion of sense and progress in this massive faceless beauracracy. The rest of it seems to be stuck on the vexing question of exactly what color should the foam on the shuttle external tank ramp be? And should the diameter of the CEV be more or less than it was in 1968... Aggghhhh!!!!
(Sorry Douglas Adams)
Call me angry? No, I'm just a voiceless tax payer.
Since they waste like what? a couple billion dollars just to deliver food and basic necessities. Why not experiment with the feasibility of making an electrically powered rail gun/mass driver and set the cargo pod (no humans or other life-forms (animals, ect), as they would be crushed in the g forces from acceleration). This would give NASA (or whoever expiremented with it, maybe China or ESA) a permanent external launcher for the cargo pods, meaning that if the pod goes down, you dont lose your engines with it, and instead of using expensive rocket fuel for current generation shuttles, the driver could be connected to its own dedicated nuclear power plant on the ground (the power produced by the plant could be diverted to cities when the driver isn't being used). Then when the cargo pod gets into orbit, the ISS could send out a small rendevous craft (the thrusters wouldn't have to be very powerfull) to retrieve the pod, and of course, you would want to put in an orbit that would cross with the station so ISS crew wouldn't have to go out of their way to get their own supplies.
The ONLY thing I can personally see about this is that
1: The power of the rail gun/mass driver would have to be limited so that it does not crush the entire cargo pod (even without having people and or animals on it, you would still have to worry about the cargo and the pod itself being crushed in the acceleration).
2: It would not solve the problem of still having to use shuttles to send people up, but since most of what NASA does right now is sending food and supplies to the ISS, which could be done remotely through robotics (the only major problem with robotics might be the time lag between sending and receiving of the signals).
All in all, (I know its REALLY bad to refer to video games when you are trying to get people to take you seriously) it would be kinda like the mass driver in the PS2 title from Namco "Ace Combat 5", if any of you have ever played that, it might help you to visualise what I have tried to describe...
They are too educated stupid to recognize real genius... They will never see that (-1)*(-1) = (-1).
I have freaks! I did something right...
... use the phrase "begs the question" properly.
http://www.wsu.edu/~brians/errors/begs.html
I've been trying to figure out a software engineering project fun and out there enough to get funded by these guys, but nothing springs to mind yet :)
Any sufficiently advanced technology is indistinguishable from a rigged demo
--Andy Finkel (J. Klass?)
I don't care who uses my idea as long as it gets used. (If I'm not too lazy I'll submit a proposal anyway but I think this idea shoud be submitted by whoever can write the best proposal.)
Novel method for changing orbit of small planetary body (asteroid/comet).
Abstract: Using a tethered "sling" to release pieces of a small planetary body, an small (inexpensive) payload delivered to a body rotating at a sufficient rate can effectively convert its rotational energy into directed kinetic energy. Tether, which may be attached to said body via cables or netting, can also generate power for its own operations, obviating a need for a large power source. Since only a small fraction of the mass is to released at any one time, problems such as excessive accelration, breakup of body etc. will be avoided. This has numerous applications in asteroid/comet defense, asteroid mining etc.
Main text: Previous proposals for changing the orbital path of a small planetary body have included delivering an explosive charge to said body (typically nuclear) for impact on or near it, moving the body directly through the use of ion drives or mass accelerators or even gravitional attraction by a sufficiently large spacecraft. These ideas unfortantely suffer from various problems such as possibility of fracturing said body or high costs due to large spacecraft or energy sources being sent over interplanetary distances. Still the consequences of a major impact or dire enough so to warrant the consideration of these ideas.
My idea, which I am releasing into the public domain, would be to convert the rotational energy of the small planetary body into directed kinetic energy sufficient to "push" the body on a different orbital path. If done early enough (years? decades?) this small diversion could prevent the body from impacting the earth. The advantage to using my scheme would be that the spacecraft sent to the object could be reasonably small although it would require a mechanism for securely attaching a long (kilometers?) tether to the asteroid via cables or, in the case of a very fragmented body, a large net. The cable would be conducting and may even be self extending using static charges. Small robots would be used for both moving material up and down the cable as well as mining the body for material to be cast into space.
The main design consideration would be the length of the tether (or possibly tower), it must extend beyond the "geo"-sync distance defined by the rotational speed of the body and its gravitational attraction. For some objects no doubt this would require a tether to be impractically long, however recent probes have determined that many(?) bodies rotate fast enough for a tether to be of practical length. ("Practical length" is in reference to NASA experiments in LEO where tethers were extended or attempted to be extended distance of up to tens of kilometers). (Another major impediment would be if the body were tumbling, possibly in a chaotic fashion. I do not know if a tether/tower could be constructed in that scenario). The tether would have a few other important characteristics. It should allow for small robots to travel up and down its length by means of a gripping mechanism (preferably simultaneously on two "sides") and should be conducting. This would allow for the robots to both receive power for their "climb" and to generate power once they've passed the "geo"-sync height. The tether would be kept taught by means of a counterweight placed beyond the "geo"-sync height, presumably at the end of the tether.
The implementation of the system would possibly be as follows. A spacecraft would enter into orbit at the "geo"-sync location around the body. It would then lower the tether to the body while at the same time extending a tether in the opposite direction, keeping the spacecraft at the center of gravity. Once the tether has reached the surface, a robot(s) would climb down and then securely fasten the end. It, or other robot(s) would then breaking up pieces of
I had to make an addendum. In case the rotational scheme will not produce enough delta V, the energy generated by the tether could drive some of the other schemes (ion drives, mass drivers) in a more cost efficient manner than solar panels or nuclear reactors.
Here's a revolutionary idea: Throw more money at NASA than at the DOD.
With spending like this, exactly what are "conservatives" conserving?
... they probably have already driven off most of the capable visionaries because of their un-visionary behaviors.
Now, they are looking for thinkers to support their beuracracy, because, someone has *to pay the bills* by actually working.
And, what exactly do they pay for with their funding if not for visionaries - I know that too! secretaries, buildings, expensive real estate, offices, old military colonels, "rain makers", clueless directors and other employees who "work" the system to their benefit.
Any capable visionaries will be glommed upon like barnacles to a hull.
I swear I thought I put in something that the basic idea of a tether has been thought of many times before going back to a Russian visionary around the turn of the century. What is new here is to use the energy of rotation to change the objects orbital path. I'm sorry if anyone thought I was trying to get credit for any part of the "space elevator" idea.
;)
That is if anyone is reading this.
Throughout the solar system will be achieved when a sufficient number of humans volunteering for what are essentially one-way trips actually get what we need - I know there are hundreds if not thousands whose names are ahead of mine on lists to go... reliable transport and supplies sufficient to establish colonies are the other factors necessary. Get off the dime NASA.
Take the 90-Day Challenge! http://rwmurker.bodybyvi.com/
here's mine... fly up some engines and fuel to attach to the ISS, and convert it into an interplanetary ship
ok, maybe not interplanetary, but at least send it in orbit around the Moon, or to Cruithne
The Shuttle's re-usability is alas a failing in disguise. It provided a golden excuse to keep manned spaceflight pinned back in the 70's/80's. Indeed if the Russians hadn't been so keen on space stations in the later days of the Soviet space programme, there would be no ISS today. (A good or a bad thing?!)
... and their priorities are set by politics, not science.
The problem behind space tech development in my view is that it's still tied to government funding. Besides the X-prize the only money spent on this still hideously expensive field is spent by governments
Get a space race going, US vs China vs an oil rich Russia and we may see some action again. I like to think a Mars mission would become a possibility if China does indeed do a lunar landing for instance. There's nothing like an international pissing contest! It was that after all which landed Armstrong and Aldrin on the moon in 1969.
Private enterprise will eventually drive spaceflight, once we have made the leap out of the initial, chemical rocket age we've been in since the mid 20th century. And I agree that where a market needs a kick start, a subsidy could pay dividends in time. But the problems with that approach is that again, it needs political commitment, and the timeframe and the money involved may prove deeply incompatible with that.
Roll on the rise of a foreign opponent. The US needs challenged into action once again!
Why is this not happening? Answer that, and you will know why our space program seems so weak.
I suggest you read Slashdot
Whatever the means of interstellar travel, make sure there are seat belts. Those cuts and abraisions Kirk was subject to on the star-ship Enterprise would have been avoided with a simple seatbelt.
'Brace for imapct' - [click]
Put sand in space, in orbit both east-west and west-east (and possibly both directions north-south for polar orbits), thus denying competing countries anything more than low earth orbit for years to come. Actually, you'd probably be denying everybody orbit. But then a space elevator becomes a much more valuable concept, at least until it is abraded into dust by the passing sand.
"To pass through the jungle; silence, courtesy, ferocity, as the occasion demands." -- Kamau, "Proper Passage"
Proof enough that NASA is clueless. When these goofballs get money, they can't think of what to spend it on, so they do a pathetic, pointless imitation of the X prize ( a private venture, btw).
it needs them, considering what has been happening to them recently...
A measly 50-75k isn't enough.
This is a publicity stunt, period.
They are offering a small taste now and are dangling a 400k+ carrot on the end of a stick.
Man they bother me at home at work everywhere fix this space station
rescue this astronaut tap my brain leave me alone.
They better start with developing nuclear propulsion - or they won't get anywhere with maned spacecraft.
I doubt that we will ever figure out - and I suspect that even if we did figure out we couldn't do much about it
I decided to take a look into the PDF files linked on Media Matters. It turns out they are in fact correct about the new foam not having any effect. As it turns out, the part that broke off as noted was formed using foam made with CFC-11.
"At ET-116 in 2002, the bipod material was changed to BX-265, but ET-93 had been constructed with BX-250. No indication has been found that any specific ET TPS foam change or any combination of historical ET TPS foam changes alone caused the bipod foam loss on STS-107/ET-93."
Ok, so I was wrong. Media Matters had it correct. But it still raises one question. Why did NASA you a mix/match of CFC and HCFC foams? If they moved to HCFC in 1997, why not use it throughout all of the parts on the External Fuel tank?
Life is not for the lazy.
Maybe NASA hasn't heard, but we've outsourced our intellectual property years ago... Nothing left here but us morons.
Sure, private industry would always pay more, but the space program was where it was at. Engineers/scientists in or contracted to NASA were known for being able to achieve wonders, and they did (for example, look at thie history of the LEM).
Now it is seen to be a bureaucratic mess, more suited for the MBAs.
Invent a cheaper bed for sleeping. Those tempurpedics certified by the Space Foundation are ridiculously expensive... I was about to get one until I saw the price.
Sample grand visions include how to create a 'self-sustaining, human presence throughout the solar system' and 'truly autonomous robotic operations for exploration and habitation.'
for 50 to 75K? That's K as in years, I hope.
Despite some recent funding issues, NASA still supports space science, not only space exploration/engineering. I've currently got close to $1 million in grants, the largets being $620k over five years to study a particularly interest class of quasars. We've been getting Hubble Space Telescope images that are really spectacularly great.
Professor of Astronomy, Author of Spider Star & Star Dragon (Tor)
It probably will be some freak that says we need to goto the stars because god told him to that will motivate humanity to actually leave the planet.
Sad, but true.
'self-sustaining, human presence throughout the solar system' can be easily achieved by nuking every planet except the earth to dust.
How about spending some quality Hubble time with large bodies in the Kuiper Belt.
It would be useful to know whether these bodies display MOND effects or not.
Maybe we can figure out the Pioneer Anomaly one way or the other.
here's a FREE idea for NASA:
How about you DON'T put plutonium fuel on board your
fancy new CASSINI before launching it on January 11th ?
That way, you can save BILLIONS when you don't have to
pay reparations to the poor bastards that get irradiated
when your 1 in 362 chances of explosion eventually happen.
Screw you, NASA.
Investigate Pluto, and piss on Earth on the way out.
The Cosmos will never been explored by humans, unless there is a huge breakthrough in Physics that ties Quantum Mechanics with Electrogravitics and uncovers the true nature of the fabrique of spacetime and allows for antigravity and FTL-propulsion systems.
Sending a probe to the solar system is not considered 'space exploration' by SF fans. Space is so huge that, if we make an analogy with a house being Earth and a city being our galaxy, our foot has only been extended to reach 1 nanometre outside of the front door of the house.
Actually, I do not see how it is possible to have any Physics breakthrough like the one described above in our time, because the society needs to be changed first from a grid-driven society to a virtuous one. Too much money go into weapons, and too little time is given to Physics research. Not many people are there that take Physics as a profession or a serious commitment; instead, many people are still driven by acquiring material things.
Considering that we have digital technology only a few decades, it is still too early to talk about real space travel. We can only dream about it. There are still people around the world that are so primitive that they are running around naked all day, praying to unseen gods and godesses discovered in plants and animals. Our computers are so primitive that error reports are still in the form of 'error code 28'. Our programming languages and environments are so primitive that, in order to get a simple form on a secretary's screen, weeks of work is needed.
What does NASA hope to achieve with this initiative? nothing that corresponds to their grandiose words. If there was an Einstein somewhere on Earth, he would already have been discovered by now. I guess NASA people have the same dreams as we SF fans have (i.e. "to boldly go where no one has gone before"), but I seriously doubt that they will find a Zefram Cochrane with this initiative.
"If you like Battlestar Galactica, you're probably a huge nerd." -Stephen Colbert
ROFL... Islamic space program? nothing to worry about....
what would space exploration be without HAL?
Stop and ask yourself "What was the point of the Space Shuttle?". Man had already gone to the moon and stopped going because it was very expensive. The point of the Shuttle was to be cheaper. That was all. Re-useable was a means to an end - be cheaper.
When the Shuttle failed to be cheaper than big dumb rockets it failed utterly; there wasn't any other point to it.
The Millennial Project: Colonizing the Galaxy in Eight Easy Steps
Stirs the imagination, October 25, 2005
Reviewer: worldstrider (Michigan, USA) - See all my reviews
Marshall does something in this book that most engineers, scientests and researchers will never do (and most politicians will never have the will to do)--he imagineers the possibilities of how things might be done and casts a vision that is just plausible enough to be worth examining.
When asked to lay out a long term plan, NASA balked and issued a vaporous outline of "some things they might do sometime". When asking the same question of himself, Marshall wrote a book single handedly. Pretty cool for a "layman".
Engineers will obsess over "how" things can be done before they will ever try to do them. Marshall leapfrogs over their shoulders by proposing a goal based on what he wants us to reach before the "experts" can detail every aspect of how they will do it--no doubt to their chagrin. The educated technical experts response to this book is entirely analogous to calling tech support with a specific computer malfunction and then having the "expert" tell you, "That's not possible".
Bah, humbug.
It takes a vision to build a galactic empire--or even to suggest the start of one.
If you are fired by the dream of space exploration and believe that politics and societal malaise are not the reason we are all here, then this is a wonderful book.
I will posit this to all the engineers and technical types out there. Marshall's plan isn't "doable". Then what is your plan?
He at least has one.
The focus should be to first develop a plan and then determine how to achieve it--Marshall does that in a thouroughly enjoyable and exciting way. The US reached the moon with a "dream" that was not possible and the Russians reinvented our military technology in ways that we in the US considered not possible or--more importantly--never considered at all. As to the engineer above who flagged the things in the book "not possible"--hahah.
Sure. Englands minister of science "proved" space travel couldn't be achieved. The US patent office "knew" all the significant inventions that could be invented already had.
Also, Marshall does lightly address societal issues and motivations. In fact, he founded an organization to curry interest in his proposals societally. But who among us can solve all those problems?
I don't think Marshall is an Einstein from a scientific standpoint but he is an educated and a true "renaissance man". A thinker ahead of his time not burdened by "how" but rather by "what"? Sure, many of his ideas may be technologically not feasible in the forseable future but then--maybe they will be.
I personally am saddened by human shortsightedness and selfishness and don't think it likely we will ever fulfill his expectations due to our own foolishness. Nonethless, it is visions such as Marshall's that rally a hope for a future. That even if such things are not known to be possible, they are worth trying.