Can Animals Think?

It’s always been obvious to me that they do, at various levels. I’ve always found bizarre the notion of some scientists that only humans are capable of cognition. As this long but interesting article points out, it makes no sense in evolutionary terms. The cognitive traits that we have had to have their origins somewhere, though what’s even more interesting is that it seems to be a parallel development (that is, like the eye, intelligence has evolved more than once). And it’s not anthropomorphizing to recognize clear thoughtful and volitional behavior in cats and dogs. I don’t understand the thinking of these modern-day Descartes (he didn’t believe that animals were capable of feeling pain) who believe that animals are simply automatons. But then, some of these loons didn’t believe that newborns were capable of feeling pain, either, and used to (and perhaps still do) perform major surgery sans anesthesia, ignoring the screaming.

[Via Geek Press]

More Propellant Depot Thoughts

Jon Goff has a wrap up of the issues (mostly technical) that came up in the panel discussion last Friday in Phoenix.

As he notes, there was little discussion of what other markets we can find than DoD and NASA. The problem is that until the capability is demonstrated, it’s going to be very hard to sell it to the conservative comsat industry. The nearest-term plausible private market that I can conceive of is Bigelow, if he still wants to do his lunar cruises. It would be interesting to put together a business model using Genesis modules swinging around the moon, and see if it’s greater or less than projected NASA Constellation needs.

Back To FL

I’ve got an afternoon flight out of LAX that gets in late tonight. Things should start to get back to blogging normal tomorrow.

[Update about 3 PM PDT]

Well, tomorrow got here faster than I thought. No, I’m not blogging from the air. I (barely) missed my flight. I could have made it but it would have been sans luggage. I’m staying with my webmaster for the afternoon and evening, and going out on the redeye tonight. Fortunately, I wangled an upgrade.

[Wednesday afternoon update]

Got in about 7 AM EDT. Still catching up on sleep (and not just because of the red eye). Back a little later, perhaps with a (slight) site upgrade.

The New Space Race

Jeff Foust has a story today on the current real space race (as opposed to the fantasy one between the US and China)–the new race for customers in the suborbital market. It’s basically a compilation of last week’s XCOR press conference announcement and this past weekend’s Space Access conference, both of which I attended. This to me is the key point:

“Quietly, this has turned into a horse race,” said conference organizer Henry Vanderbilt during a wrap-up panel at the conclusion of the Space Access conference. “There are a lot of people who could be the first to fly a passenger to suborbit at this point. Two years ago I’m sure the money would have been on Virgin Galactic. It isn’t necessarily so at this point.”

“What struck me about the events of this week was that we have finally, with all due respect, broken the mystique of Burt [Rutan],” Rand Simberg, an aerospace engineer and blogger, said. “He has had setbacks”–referring to the engine test accident last July that killed three Scaled Composites employees–“and, this week, now he has a competitor.” The growing awareness of companies other than Virgin “is going to be very good for the industry.”

“This perception of a horse race is probably a really, really good thing for investment,” said Joe Pistritto, an angel investor. “Ninety-nine percent of the people who could invest in this industry don’t know about this industry” but may start to learn about it as the find out about these competing companies.

If it is a horse race, who will win the ultimate prize: not just the first vehicle to enter the market, but the one that wins the market in the long run? The diversity of technical approaches, from the takeoff and landing techniques to the number of passengers, makes any predictions difficult. “If there’s four different operators flying people into space, their offerings are going to be a little different,” said Pistritto. “So you see an actual segmentation of the market around the experience you want, how much money you have, and where you are.”

What I meant about the “mystique of Burt” was the notion that the winning of the X-Prize was some kind of fluke, enabled only because the most brilliant aeronautical engineer in the world applied his genius to it. Many have used this as an excuse to denigrate the efforts of others building suborbital vehicles, which hasn’t made it any easier to raise money for such ventures.

Many seem to believe that it really takes the genius of a Rutan to build a suborbital vehicle. As evidence of this proposition, they point out that no other suborbital vehicles have been flown since 2004.

But in so doing, they display a fundamental ignorance of the nature of the technology and the requirements. There is no “one way” to skin that cat, and never was. Burt’s design was clever, and perhaps intrinsically safer, but it was not necessary, and there are other, better ways to do the job that are safe enough. It’s not at all clear that the SS1 approach is the best one for a commercial application, and if one includes in that the hybrid propulsion, it’s already caused delays (though those are partly due to Scaled taking on a project outside their area of expertise–they’re an aircraft manufacturer, not a propulsion house) in their development program, and it’s certain to result in higher operational costs and increased turnaround time.

The real point is that if only Burt could win the X-Prize, it wasn’t because he was the only guy smart enough to design a vehicle to do it. It was because he was the only guy with the reputation of being smart enough to be able to raise the money to do it. When it comes to space ventures, the hardest part is always raising the money. The technical challenges generally pale in comparison.

So, with schedule delays in SS2, now comes XCOR. XCOR has a reputation of its own, hard won over the past eight years, of underpromising and overdelivering. So when they have a (rare, almost unheard of) press conference announcing that they have the design and the cash to build a suborbital vehicle, with an endorsement from the Air Force Research Laboratory, the world listens, and suddenly it’s a real race.

Evidence that the mystique has been broken is this CNBC story by Jane Wells from last week, after XCOR’s announcement, with the hed “Branson And Northrop May Be Backing “Wrong” Rocket Man!”

Burt is no longer God, other companies are getting serious attention from both business journalists and investors, and it’s been a very good week for the new space industry and space age.

The Evidence Continues To Mount

I remember when I first started blogging, over six years ago, it was considered quite controversial to state that being hit by extraterrestrial objects was a legitimate concern, and one in which we should invest resources to prevent. But over the past few years, evidence continues to accumulate that there have been significant events within historical times that, had the occurred today, could cause millions of casualties. For example, some researchers are now quite confident that if God destroyed Sodom and Gomorrah, He did it with an asteroid.

On the other hand, a half-mile-wide object would make a hell of a bang that should be pretty obvious from orbit today, so one has to be a little skeptical. I’d like to see how they arrived at that diameter.

Sam on Suborbital

Virgin

It occurs to me that with hundreds of millions being spent on crewing Virgin’s air fleet that spending a few tens of millions to build and operate Space Ship Two might be justified on personnel policy grounds. Giving the Virgin airlines pilots a chance to go to an elite school to learn to be White Knight pilots or Space Ship Two pilots might make them happier, more productive workers who spread good cheer and promote good labor relations. The same could be true for customer and aircraft ground personnel. So the Virgin Galactic investment might make sense for labor morale and not just for marketing and to keep the owner happy.

XCOR

I like Lynx (see The Space Review this week). At $17 million, it needs operating profit of $4.25 million to achieve a 25% return for investors. I don’t think XCOR has been seeking debt financing (contrary to the philosophy of take the smallest possible risk) so strategic investors can invest with their heart and be happy seeking a slightly lower monetary return. $4.25 million assuming 1/3 going to the space line and 1/3 going to cost would leave 1/3 to pay investors so XCOR would need to capture $12.75 million/year of the market. At $100,000/flight that’s 128 flights or about 5% of their annual capacity assuming three vehicles and 50% up-time for each vehicle and 4 flights/day.

With some predicting a 15,000 seat market ($3 billion/year at $200,000 which is closest to EADS’s estimate) and Futron at 500 seats growing to thousands of seats over a couple of decades ending at about $700 million/year in 2021, XCOR’s required fraction of the market to achieve a 25% investor return is about 25% of seats or 14% of money given their initial price point in a 500-seat/year market 2% of the money in a $700 million/year market or 1% of a 15,000 seat market (0.5% of the money).

If either of these teams is to begin test flights in 2010 and service in 2011 or 2012, I’d look for announcements like “fully funded”, regulatory hurdles met, various announcements about engineering hurdles, then an actual test flight program. It would be nice if they gave a public timeline of minimum time from each event to first paying participant flight. I don’t think more secrecy than is necessary for mystery and buzz is beneficial with each team taking a different approach and offering a well-differentiated product that requires extensive disclosure to meet regulatory hurdles and attract customers.

Biting Commentary about Infinity…and Beyond!