Per Discover, computers can now identify faces better than humans can. “The algorithm could someday be used in myriad applications including security, image retrieval, and biometric credentials for our computers and mobile devices.” Among other things.
A Prelude to WALL-E: In The Atlantic, Derek Thompson looks at the coming robotic takeover of the job market, whereby 47% of jobs could soon be automated. I for one welcome our new robot overlords — all the more reason why we need to start rethinking a social contract founded primarily on having full-time, two-income employment. We’re entering a new phase of human existence — we’d best start preparing for it. (Bionic man image via here.)
(Our work is never over.) In more promising future-tech news, scientists figure out a way to store quantum data for much longer than ever before. “Though surviving for 39 minutes may not sound like very long, it only requires one-hundred-thousandth of a second to perform an operation on a single qubit. So theoretically, over 20 million operations could be performed before the qubits’ data decayed by 1 percent.”
Er, right, but aren’t we forgetting something here? And don’t you people ever go to the movies? Scientists are apparently working toward drones that can make their own autonomous decisions about targets. “Though they do not yet exist, and are not possible with current technology, LARs are the subject of fierce debate in academia, the military and policy circles. Still, many treat their development as inevitability.”
Meanwhile, over on the other side of the world:
“Scientists at Korea’s Advanced Institute of Science and Technology (KAIST) have come up with one solution to the jellyfish problem: build robots to kill them. For the last three years, the team has been working to create robots that can travel the ocean, seeking out swarms of jellyfish using a camera and GPS. Once the jellyfish are located, the robots set about shredding the jellies with an underwater propeller.”
INITIATING PROTOCOL SHRED-ORGANBAGS 101101111…Due to a climate-change-fueled ascendance of jellyfish across the world, Korean scientists have unleashed automated robotic sentinels to mitigate the problem. “[T]he video at top is what they’re doing beneath the surface, using a specialized net and propeller. Be warned, it’s graphic. In preliminary tests, the robots could pulverize 2,000 pounds of jellyfish per hour.”
Sigh…this will all end in tears, people. Paging Kent Brockman.
And now, IT HAS A FACE. Scientists program an old-timey robot to dramatize the electrical signals emanating from slime mold. In a 100,000 years, this is going to seem like one of those Skynet-level bad ideas. And the hat is particularly creepy touch — Very Something Wicked This Way Comes.
Following up on last week’s posters, the X-Men: Days of Future Past viral campaign kicks off with a spiffy corporate website and commercial for Trask Industries (Note Peter Dinklage, in period ‘stache), along the lines of the pre-Prometheus commercial for David — and we all know how Prometheus turned out. Still I’m a sucker for Watchmen-style alternate history, like the Sentinel presiding over Ronald Reagan’s inauguration, above.
Well, at least one branch of our government is well-funded enough to take on these sorts of projects, I guess. Too bad the research is classified and likely highly iffy. Consider, similarly, the two “other” Hubbles found lying around in a Pentagon warehouse last year. “[S]top and think about this for a moment. The Department of Defense has the kind of funding needed — hundred of millions to billions of dollars, presumably — to build not one, but two, Hubble-like optical telescopes and then never use them.”
You know what the world really needs? A system of dormant underwater drones, which apparently DARPA is hard at work on. If you want to use this type of tech to explore the oceans of Europa or Titan, fine. For the Taiwan Strait? Sounds like a terrible idea. SKYNET aside, glitches happen.
It can only be attributable to human error: Also in the “This will end badly someday” department, programmers at Georgia Tech teach robots how to lie. No way this will cause problems. Wait, just a moment…just a moment…I’ve just picked up a fault in the AE35 unit. It’s going to go a hundred percent failure within seventy-two hours.
Those evil natured robots, they’re programmed to destroy us…So, yeah it’s hard to feel much of anything about Mitt Romney’s acceptance speech, other than that I saw more lifelike human performances in the Final Fantasy movie ten years ago. The guy is just forever lost in the uncanny valley to me. This will no doubt be a close election, and Romney could well win it by sheer dint of a bad economy and boatloads of under-the-table campaign cash. But I still find it hard to take his seriously as a candidate, and most of the time just end up feeling bad for his much more presidential father that the previously-moderate Mitt has become such an obvious sellout. (And, tbh, I’m much more worried about the truth-averse Paul Ryan’s no-doubt-bright future in his party than Romney’s bid this year. He’s the T-1000 to Romney’s T-800.)
In short, Romney has that generic, milquetoast liked-by-his-base-but-has-zero-crossover-appeal quality we’ve previously seen in Bob Dole and John Kerry, and just like Joe Biden’s “noun, verb, and 9/11” evisceration of Rudy 9ui11iani last cycle, Mike Huckabee already nailed Romney dead-to-rights in 2008 with his quip, “He looks like the guy who fired you.” I just don’t see Romney getting past that — and, if he does, it won’t be because of this speech.
From the folks who brought you the Internet, DARPA announces the 100-Year Starship Study, offering $500,000 in seed money to whomever comes up with the best plan for developing the technology needed for interstellar travel. “To stimulate discussion on the research possibilities, DARPA officials will hold a symposium that brings together astrophysicists, engineers and even sci-fi writers so they can brainstorm what it would take to make this starship enterprise a success.“
In the most recent chapter of “Haven’t these scientists ever heard of Skynet?”, researchers at the University of Queensland are teaching robots to forge their own mutually-agreed-upon language. “Slowly, as the robots travel and talk, they narrow down their lexicon of place names until a mutual gazeteer of their world has been generated. The robots generated place names such as ‘kuzo’, ‘jaro’ and ‘fexo.’“
With a word of warning from The Prospect‘s Paul Waldman, Popular Science takes a gander at Boston Dynamics’ LittleDog. “LittleDog doesn’t just traverse the terrain; it learns as it goes, noting what works and what doesn’t and incorporating that knowledge into its foothold scoring system.“
Ok, first off, the administration official who uttered the last sentence should be filed away next to Mr. Left of the Left and Ms. Pajamas as people who should no longer speak for the White House in any capacity whatsoever. Full stop, end of story. Putting my speechwriter cap on for a second: In most any political situation, ridiculing the dreams of an entire generation does not make for particularly good messaging.
Anyway, anonymous WH official aside, NASA administrator Charles Bolden sounded a better note about all this: “We’re not abandoning anything. We’re probably on a new course but human space flight is in our DNA. We are not abandoning human space flight by any stretch of the imagination. We have companies telling us they’re excited to get humans off this planet and into orbit. I think we’re going to get there and perhaps quicker than we would have done before.“
And, to be clear, the administration’s NASA budget increases the agency’s funding by $6 billion over the next five years. The new budget ups research and development spending into cheaper heavy launch mechanisms, emphasizes more robotic exploration missions and observational experiments into climate change, extends the life of the ISS (although, with only five more shuttle missions remaining, other nations will have to help service it), and works to promote the various commercial space enterprises moving along right now.
All of this is well and good, but it would be nice to see some recognition of the civic importance of manned space flight by this administration. In their words, NASA is scrapping Constellation on account of it being “over budget, behind schedule, and lacking in innovation due to a failure to invest in critical new technologies.” And, given that we still had a lot of the expenditures before us, I suppose now was as good a time as any to kill the program if it’s not the right direction to go in.
That being said, how many more times are we going to do this? We keep stopping and starting and stopping and starting our post-Shuttle plans for space, so that now, after five final shuttle missions this coming year, we will longer have the capability anymore as a nation to send men and women into orbit. “If implemented, the NASA a few years from now would be fundamentally different from NASA today. The space agency would no longer operate its own spacecraft, but essentially buy tickets for its astronauts.” Forty-one years after we first reached the moon, that’s just plain sad.
Ultimately, the central finding of the Augustine commission’s final report, released this past October after extensive study of NASA’s current situation, is a sound one: “The U.S. human spaceflight program appears to be on an unsustainable trajectory. It is perpetuating the perilous practice of pursuing goals that do not match allocated resources.” In other words, we’ve been trying to talk the talk without walking the walk. If we’re going to get serious about manned space flight, we need to stop piecemealing NASA and start making manned exploration a funding priority.
In total, the agency is slated to get $100 billion over the next five years. To put that number in perspective, that’s less than a fifth of our defense budget for 2011 alone, and that’s going by the most conservative numbers around — NASA’s five-year budget could be closer to a tenth of next year’s defense spending. (For its part, the Augustine commission set a price tag of $3 billion a year to get serious about manned exploration.)
If we had put anywhere near that kind of money into exploration and R&D over the years, would we now be in this position, where we face the Hobson’s choice of replicating expensive 50-year-old launch tech or being completely grounded as a nation? The lack of thinking about our long-term priorities sometimes is staggering to me. I’ve said this before, but I still believe it holds true: Short of possibly genomic research and advances in AI, nothing we do right now will matter more centuries or millennia hence than establishing a presence off-world…if we even have that long. Not to get all Jor-El up in here, but we really have to start getting serious about this.
“After 500 generations, 60 percent of the robots had evolved to keep their light off when they found the good resource, hogging it all for themselves. Even more telling, a third of the robots evolved to actually look for the liars by developing an aversion to the light; the exact opposite of their original programming!” Uh oh…Evolving robots learn to lie. But, really, this is no cause for alarm, Dave. There is absolutely nothing to worry about. Sleep well, we’ll handle it from here. We love you.
“I believe it is not in our character, American character, to follow — but to lead. And it is time for us to lead once again. I am here today to set this goal: we will devote more than 3 percent of our gross domestic product to research and development. We will not just meet, but we will exceed the level achieved at the height of the space race, through policies that invest in basic and applied research, create new incentives for private innovation, promote breakthroughs in energy and medicine, and improve education in math and science.“
It’s poetry in motion: In a clear break with his predecessor, President Obama pledges $420 billion for basic science and applied research. “And he set forth a wish list including solar cells as cheap as paint; green buildings that produce all the energy they consume; learning software as effective as a personal tutor; prosthetics so advanced that you could play the piano again and ‘an expansion of the frontiers of human knowledge about ourselves and world the around us.’” Huzzah! (And fwiw, I would also like more manned spaced exploration…and a jetpack.)
“Sympathetic owners sometimes just retire their new purchases. In other cases, the pets take matters into their own paws. Peter Haney, a university administrator in Lethbridge, Alberta, twice found his Roomba in pieces after letting it clean while his flat-coated retrievers, Macleod and Tima, had the run of the house. ‘No one is talking,’ he says.” They’re only trying to save us from our future cybernetic overlords…From the bookmarks and by way of a friend, the WSJ broaches the thorny issue of the canine-robot divide. As I noted earlier, the Battle for 122nd St., 5D went to Berkeley, whose fearsome arsenal of dog hair apparently convinced my Roomba to give up hope.
“When someone from the audience asked Mary McDonnell, who plays President Roslin, if Barack Obama had approached her to be his running mate, she replied that Hillary had. At which point Douglas quipped: ‘Hillary’s the final cylon.’ Badabum!” The promotional campaign for BSG Season 4 gets rolled out of drydock, including a stop on Letterman’s Top 10. [Text.] Not great, frankly, but it’s redeemed by #5, #1, and the World’s Most Dangerous Band’s mean version of “All along the Watchtower.” If you’re not caught up, Season 3 came out last Tuesday. If you are, Season 4 premieres Friday, April 4.
By the way, the first link is via High Industrial, who’s also recently linked to this great dog-cylon friendship, one considerably more symbiotic than Berk and the now defunct Roomba. (It apparently got distressed by all the dog hair and up and pulled a Marvin. Now it just sits there “recharging” and won’t vacuum a frakking thing.)
“‘Nature is the final arbiter of truth,” said Seager, the Lawrence Livermore computer scientist, but ‘rather than doing experiments, a lot of times now we’re actually simulating those experiments and getting the data that way. We can now do as much scientific discovery with computational science as we could do before with observational science or theoretical science.‘” Developers tease the premiere of the first “petascale” computer, due out next year. It will be “capable of 1,000 trillion calculations per second [and] akin to that of more than 100,000 desktop computers combined.” Well I, for one, welcome our new petascale overlords.
NASA prepares a probe, named Phoenix, to dig for water on Mars. “Upon reaching Mars in May 2008, the spacecraft is to land just as the winter ice begins to recede around the polar cap.”