Out of the Cradle

Web www.outofthecradle.net

Yeah, I’ve got your “compelling reason” right here…

So I managed to touch off a bit of a debate over at Space Politics when I took issue with Jeff’s use of the phrase “if advocates can put together a compelling case.” It’s a phrase I grew rather tired of while listening to Dr. Livingston rant about it on a recent Moon-related program of The Space Show. (He’s had a lot of good one’s recently: Dr. Haym Benaroya, Dr. Bernard Foing, Brent Sherwood, and Dr. Paul Spudis) In some sense it’s kind of like the phrase “killer app” which you still hear every now and then. In the case of “compelling reason”, really all it does is provide skeptics with an opportunity to play what I call “whack-a-mole the rationales”. Someone will offer up what they consider a number of compelling examples, and then someone else will come along and knock them down one-by-one, without themselves offering up any kind of metric of what they would consider compelling.

A good example of this can be seen in the comments to my post on “25 Good Reasons to Go to the Moon“. I’ll admit I got a bit snippy in the reply, mainly because the critiques weren’t very good or at times even relevant. For the relevant space posts over at Space Politics - “Lunar water and space policy” and “Compelling reasons, or lack thereof“, I asked a simple question in the comments of the first one:

“So is anyone willing to offer up any examples of what they would consider “compelling”?”

A question that was further refined by Gary Miles as:

“Perhaps if you would provide a defined set of criteria for what is a compelling argument for human space exploration in your opinion, then a ‘convincing’ argument might be easier put forth.”

I went back through to see the results. Jeff, of course, didn’t offer up any kind of metric of what could be considered compelling in his “Compelling reasons…” post (he’s a journalist, that’s not his job), which left the comments to sift through.

Major Tom is an example of the kind of mindset that we’re dealing with, in that after whack-a-moling his way through someone’s comment he concludes with “I wish it were otherwise, but there currently isn’t one for civil human space flight. It’s a legacy of the Cold War, and no one has articulated a rationale since Apollo. Just as the U.S./Soviet competition, a future justification will probably require an exogenous event and become another accident of history.” Admittedly, he does begrudgingly offer up “cooperation (rather than competition) with China may become a driving rationale for NASA’s civil human space flight program”.

thosapollo11patch.jpg

Some are a bit more pragmatic, such as mike shupp, who chimed in that “I don’t think you’ll ever find a “compelling” reason for manned space flight, if you mean some sort of reason which convinces everyone.”

common sense offered:

“A case that appeals to everyone
-We detected an asteroid coming our way and we gotta get out of here soon.
-We detected life on -name your preferred celestial body here- and we gotta get going see what is happening there.”

Not too bad as rationales, and I’m certainly on board with the first example, as I take a “Let’s pwn them before they pwn us” attitude towards the big rocks from space. The second one not so much, as I’m just not big on astrobiology.

Other rationales offered include “so the United States isn’t seen as a second rate power or as a super power on the way down.” and “For commercial space the only compelling reason is profits, very high profits to offset the high risks.”

Left undefined, of course, is what “very high” profits means. Anything positive? 5%? 10%? 20%? 35%? As someone who has spent two decades working in the capital markets, I know that the concept of “very high profits” can be a bit fluid and subject to revision. Again, there’s no metric to work against, so how is one supposed to come up with a convincing argument?

I think doogle summed it up best:
“The compelling reason for human space exploration is human life in space.

Eating and drinking and sleeping and shopping and working and playing.

The end”

Which touches at the heart of what human exploration of the Solar system entails - stories of human adventure. But ultimately it’s about even more than that, something touched on in this month’s edition of Moon Miner’s Manifesto (MMM). Only available to members of the Moon Society, MMM has for over twenty years provided articles on the theme of “Developing Off-Planet Resources towards an Earth-Moon Economy”. Pretty hard not to be on board with that. The Moon offers a unique opportunity to develop industry off-Earth in cislunar space with resources from the Moon serving as a springboard to resources from asteroids (as detailed in PERMANENT).

ladybaseone.jpg

In the September issue, there is an article entitled “Mother Earth reaching for the stars using the Moon as a stepping stone”. It delves into the idea of humanity taking not just itself out into space, but also the biosphere of Earth. Over the long term we will not be able to survive on the Moon and out in space without plants and animals. The idea of plants and animals on the Moon is an idea that a lot of people find engaging, as I’ve discovered in my years of outreach efforts. Evolving that idea further, humanity could thus be seen as the fertilizing agent of Earth, taking its life out into the currently sterile regions of the Solar system and giving them the opportunity to partake in the symphony of life. Hence the graphic that accompanies the story, from the old “Lady Base One”.

I can’t tell you how many times I’ve seen light bulbs going off and heard gasps of intuition as people ‘got’ the concept of humanity as the means for the life of Earth to spread out into space. A kind of stewardship role (at least at first) that ventures into philosophical ponderings of things like human destiny and its newest manifestation.

Speaking of plants on the Moon, with the announcement of hydroxyls and possibly water widespread across the Lunar surface, I can’t help but think of the idea posed by Sir Arthur Clarke (IIRC) of growing cacti on the surface of the Moon. Would a root system be able to tap into the phenomenon, and potentially sustain a small cactus in the vacuum and regolith of the Moon? Hmmm…I wonder if there’s any research on the vacuum tolerance of cacti…?

Well I’m off to finish prepping for the Andrew Chaikin talk that’s coming up at the Frontiers of Flight museum (pdf). NSS of North Texas is putting up a static display to hand out all kinds of information on our Moon and local space happenings, and I still have to fish some books out of storage to get autographed for the Lunar Library. See you there!

Metroplex Moon Madness

Talk about timing…just as news arrives that there is a lot more water on the Moon than previously expected, it also turns out that Andrew Chaikin is going to be speaking on the topic of “Back to the Moon” next Wednesday the 30th at the Frontiers of Flight Museum at Love Field in Dallas about the LRO and LCROSS combo-mission. NASA’s sending him up to Dallas to brief everyone on the upcoming LCROSS impact where they’re going to try to dredge up some more evidence.

The impact is scheduled for 6:30am metroplex time on October 9th, 4:30am Mission Control time out at NASA Ames in CA. They’re encouraging public viewings of the event, so you might want to dust off the telescope.

Articles on NASA’s news conference about the water and hydroxyl (OH molecules) findings is widespread, and seems to be providing a renewed impetus for interest in our Moon. A sampling:

Abstracts and articles from Science Magazine
“Character and Spatial Distribution of OH/H2O on the Surface of the Moon Seen by M3 on Chandrayaan-1 ” (Pieters et al)
“Detection of Adsorbed Water and Hydroxyl on the Moon” (Roger Clark)
“Temporal and Spatial Variability of Lunar Hydration as Observed by the Deep Impact Spacecraft ” (Sunshine et al)
“A Lunar Waterworld ” (Paul Lucey)
“A Whiff of Water Found on the Moon” (Richard Kerr)

“Water, Water Everywhere…” The Once & Future Moon blog (Paul Spudis)

“Water Makes Moon Suddenly a More Attractive Destination” Space.com (Clara Moskowitz)
“Moon Water: A Game-Changing Discovery” Space.com (Andrea Thompson)
“It’s Official: Water Found on the Moon” Space.com (Andrea Thompson)
“Prospect of Water Ice Spurs Excitement for Moon Exploration” Space.com (Leonard David)
“New Device Tested for Extracting Oxygen from the Moon” Space.com

“NASA Instruments Reveal Water Molecules on Lunar Surface” NASA (Dwayne Brown)

“Widespread water may cling to moon’s surface ” New Scientist (Rachel Courtland)
“How astronauts could ‘harvest’ water on the moon” New Scientist (David Shiga)

“Back to the lunar future?” MSNBC Cosmic Log (Alan Boyle)

“The “Water on the Moon” Hoopla, Part 1: There’s water on the Moon!” Planetary Society Blog (Emily Lakdawalla)
“The “Water on the Moon” Hoopla, Part 2: The murkier part of the story” Planetary Society Blog (Emily Lakdawalla)

“Stream of Evidence from 3 Spacecraft Indicates That the Moon Has Water” Scientific American (John Matson)

Perhaps all of this increased interest in Moon water will also generate interest in the upcoming NASA Centennial Lunar Regolith Excavation Challenge, which will be competed on October 17th and 18th out at NASA Research Park at Moffett Field, Building 503.

thossigmacard.jpg

Something that has apparently generated a great deal of interest amongst the broader public is the Topps Heritage American Heroes set of trading cards. They tell me at the local trading card shop that it’s the only set that is moving right now. Besides containing about a semester’s worth of history in the basic set, it also features a decent number of ‘Heroes of Space’ cards. According to the checklist there are signature cards from the likes of Neil Armstrong and Sally Ride, as well as relic cards from Apollo 11, Apollo 15, Apollo-Soyouz Test Project, and either Skylab or Spacelab (it’s a bit unclear), in addition to a lot of Space Shuttle flown stuff.

thosatlantisflown.jpg

I’m looking for some of the Apollo 11 relics, but haven’t had any success, although I do have a few of the shuttle relic cards. The space cards aren’t terribly common, the relic stuff rarer still. I do have some neat military relics from assorted wars of the 20th Century, and a couple of signatures. I’ll have to see if I can find anyone that wants to trade.

So from Moon Day, to Armadillo’s attempt at the Lunar Lander Challenge, to Mr. Chaikin’s talk on exciting new science from the Moon, there is all kinds of Moon stuff going on in the D/FW metroplex and around the nation. Of course if you want the real scoop on what’s going on you should probably check out the Lunar Exploration and Analysis Group meeting down in Houston in November. I’m sure it’ll be quite exciting this year.

“The Fallen Sky: An Intimate History of Shooting Stars”

Cokinos, Christopher
“The Fallen Sky: An Intimate History of Shooting Stars”
Jeremy P. Tarcher/Penguin
2009
ISBN: 978-1-585-42720-8
Publisher’s Web Site
Natural History Review
Wall Street Journal Book Excerpt
WAMC Interview
New West Interview
Meteorites: They Came From Outer Space Review

“Probe” (art)

pattiprevett-probe.jpg

Prevett, Patti E.
“Probe”
2009
Artist’s Web Site

“Asteroid Mine” (Artist’s Proof Print)

asteroid_mine.jpg

Anderson, David Lee
“Asteroid Mine”
Artist’s Proof Print
2008
Artist’s Website

Librarian’s Note: One of the nice finds at FenCon this weekend. Since it’s an artist’s proof it doesn’t look exactly like the image you see here.

Review: Lunar Mineralogy

“Lunar Mineralogy” written by Judith Frondel, published by Wiley-Interscience, and weighing in at 323 pages with index.

Whereas the last Moon rocks book reviewed here at OotC, “The Lunar Rocks” was in large part the story of the study of the first samples from the Moon, by the time this book was published there had been copious amounts of supplemental materials to study, and many early hypotheses had been dropped. Really, this one is best described as a catalogue of what was found in the samples.

The book begins with a chapter on the Geochemical and Geological History of the Lunar Rocks, and a general overview of the Moon’s environment, such as the atmosphere so tenuous that it can be considered a collisionless gas, or the frequent small Moonquakes that occur about 800km down, which appear to have a tidal association. Don’t worry though, there are no plate tectonics on the Moon.

READ MORE…

Armadillo Competes for NG Lunar Lander Challenge

Howdy everyone!

Here in North Texas we had a treat this weekend as Armadillo Aerospace made its bid for the $1,000,000 purse of the Northrop Grumman Lunar Lander Challenge at the Caddo Mills Municipal Airport just east of Dallas.

Festivities kicked off in the hangar shortly after 9am on Saturday as folks got registered and hung around waiting for the rain to let up. Anticipating such a wait I had brought my bag of Moon goodies with me, and after getting permission I set up a small display of genuine fake Moon rocks and real regolith simulant. Many a youngster was engaged for long stretches of time learning about Moon rocks and asteroids. One budding geologist was even curious about the smell and taste of anorthosite.

genuinefakemoonrocks1.JPG

The delay turned out to be a long one, and it wasn’t until later in the afternoon that the weather cleared enough to make an attempt. This left some time to wander about the facilities and check out some fine American engineering.

heritagehardware.JPG
goodolpixel.JPG

Pixel is one of my favorites. It’s the hardware that Armadillo showed off at the ISDC here in Dallas back in 2007, and the most popular exhibit in the display room. It looks a little worse for wear now.

I didn’t expect to see an X-Racer there, but it was an opportunity to check out the plumbing and peek into the cockpit to compare the control panel with the one I had seen in the simulator at the last ISDC. Since I like taking pictures of the business end of rockets, here’s one of the Rocket Racer motor.

rocketracermotor.JPG

What’s interesting is to compare the scarring in the combustion chamber with the scarring in the combustion chamber of the Scorpius. I’m not an engineer, nor do I play one on TV, but the pattern in the Scorpius chamber appears to me to be a more efficient design, in the context that the ‘flares’ coming out from the center are more cleanly defined and regular. This tells me that the Armadillo team is getting better at what they do, and their success in this year’s Challenge is testament to that.

scorpiusmotor.JPG

Local families continued to wander through, and the police and fire department folks were hanging out as well. I went through my Moon spiel more times than I can remember, but at least all of the kids now know more about the Moon than their teachers. Most folks would have given up, but we Texans knew better. There’s an old saying here in North Texas that if you don’t like the weather, just wait around a bit and it’ll change. The local weather radar was on the mission control laptop, and experienced eyes were watching the patterns for breaks in the slow gentle rain. Periodically the VIPs would stop down to check on developments, but they mostly kept to themselves. Then, mid-afternoon, the tenor changed and we got the mission briefing. It was tough to hear with the rain still coming down on the hangar roof, and the video I took only seemed to pick up on baby wails and white noise.

missionbriefing.JPG

Concerned about the rain-slicked soil, the crane truck was fired up and the vehicle moved to a different trailer. The crane truck by itself was probably okay, but crane plus trailer plus rocket was just playing chicken with Murphy’s Law. Everyone moved out to the viewing area to wait while the rocket fueled up at the launch area. Then the countdown crackled out of the radio, and like something out of the movie “October Sky” the whole gaggle of spectators joined in - 5, 4, 3, 2, 1, 0…ker-thunk. Hold up, wait a minute, main igniter issue, let’s try again…ker-thunk…okay, one more time - ker-whoosh, and away she went. Like a refined lady she delicately worked her way to altitude, precisely slid through the translation, then demurely descended to a soft landing. Cheers arose amongst the spectators as the first stage of the challenge was completed.

Believe it or not, this was my first rocket launch. I’ve never seen a shuttle launch, nor anything other than model rockets. I’ve gotta say, it was pretty darn cool. I should have stuck around for the second flight, but it was after 4 in the afternoon, my lower back was in severe pain from having stood at the display since 9:30am, and my throat was raspy from jabbering away about the Moon all day, and I could tell that some kind of illness was trying to set up shop in my chilled, damp body. My memory cards were all full, so I was pretty much done for the day.

fullflight.JPG

I didn’t just talk with all the kids during the day; I did speak with many of the adults as well, though the message I try to convey is a bit more sophisticated. I don’t talk about inspiration and discovery, I talk about commerce and economics. The U.S. has a competitive advantage in this industry, and the space industry has very high barriers to entry. I think Armadillo is a great example of the kind of entrepreneurial spirit that will commercialize the space industry, and they’re clearly getting better at what they do, working their way up the learning curve.

kenlectures1.JPG

So congrats to Armadillo on their successful run. These kinds of successes are crucial for the nascent commercial space industry, so a big thank you to Armadillo Aerospace for adding another success to the growing list.

Ad Astra!

NB: Alan Boyle has more details over at the Cosmic Log, and the local Dallas Morning News has video, as does Clark over at RLV & Space Transport News.

And speaking of refined ladies, here’s a video from the beautiful and talented Cariann over at SpaceVidcast:

“Moonbeams #4″

moonbeams23.gif

Lesher, Charles (Ed.)
“Moonbeams #4″
The Moon Society
Summer 2009
Publisher’s Web Site
On-Line Text (pdf)