Mind control – non-invasive mind-machine interface

OK, so it’s crude, but it’s a start – boffins at the Honda Research Institute have built a helmet packed with electronics that enables its wearer to control the movement of a robot just by thinking about it:

The helmet is the first “brain-machine interface” to combine two different techniques for picking up activity in the brain. Sensors in the helmet detect electrical signals through the scalp in the same way as a standard EEG (electroencephalogram). The scientists combined this with another technique called near-infrared spectroscopy, which can be used to monitor changes in blood flow in the brain.

Brain activity picked up by the helmet is sent to a computer, which uses software to work out which movement the person is thinking about. It then sends a signal to the robot commanding it to perform the move. Typically, it takes a few seconds for the thought to be turned into a robotic action.

Honda said the technology was not ready for general use because of potential distractions in the person’s thinking. Another problem is that brain patterns differ greatly between individuals, and so for the technology to work brain activity must first be analysed for up to three hours.

Well, a calibration period is inevitable; I expect they’ll shave that timescale down considerably, and in fairly short order. And then it’ll just be a case of waiting a decade or so before applying to be a mecha-warrior, like the strung-out teenagers in Ian McDonald’s story “Sanjeev and Robotwallah”.

And I, for one, welcome our new robot scientists

robot with laptopRobots are ideal for doing human tasks that are repetitive, like screwing lids on cosmetic bottles, welding car panels… and now making scientific discoveries. Columbia University’s “Adam” machine is “the first automated system to complete the cycle from hypothesis, to experiment, to reformulated hypothesis without human intervention”.

The demonstration of autonomous science breaks major ground. Researchers have been automating portions of the scientific process for decades, using robotic laboratory instruments to screen for drugs and sequence genomes, but humans are usually responsible for forming the hypotheses and designing the experiments themselves. After the experiments are complete, the humans must exert themselves again to draw conclusions.

[snip]

They armed Adam with a model of yeast metabolism and a database of genes and proteins involved in metabolism in other species. Then they set the mechanical beast loose, only intervening to remove waste or replace consumed solutions. […]

Adam sought out gaps in the metabolism model, specifically orphan enzymes, which scientists think exist, but which haven’t been linked to any parent genes. After selecting a desirable orphan, Adam scoured the database for similar enzymes in other organisms, along with the corresponding genes. Using this information, it hypothesized that similar genes in the yeast genome may code for the orphan enzyme.

The process might sound simple — and indeed, similar “scientific discovery” algorithms already exist — but Adam was only getting started. Still chugging along on its own, it designed experiments to test its hypotheses, and performed them using a fully automated array of centrifuges, incubators, pipettes, and growth analyzers.

After analyzing the data and running follow-up experiments — it can design and initiate over a thousand new experiments each day — Adam had uncovered three genes that together coded for an orphan enzyme. King’s group confirmed the novel findings by hand.

Score one for the Singularitarians – autonomous systems that can follow the scientific method without supervision would surely be a component of an emergent self-improving artificial intelligence, if I understand the theory correctly. [image by jurvetson]

And why not outsource our more tedious scientific tasks to robot underlings? After all, we’ve been fairly unhesitating in our rush to do the same with warfare… no matter how ethically blurred an idea that may be:

Friday Free Fiction for 3rd April

It’s the first Friday of the month, which means the usual bumper crop of free science fiction stories for you to read… though I would just like to draw your attention to Futurismic‘s own contribution to April’s harvest, namely “A Programmatic Approach to Perfect Happiness“, penned by no less a luminary than Tim Pratt.

So, go read Tim’s story, then tuck in to whatever takes your fancy from the following fictional finger-buffet…

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A brace from ManyBooks:

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Four from FeedBooks:

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Yet more preliminary extra material from Season 2 of Shadow Unit: “Consumption

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SpaceWesterns is keeping it old-school with a reprinted classic: “A Curious Pleasure Excursion” by Mark Twain

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New month, new issue of Clarkesworld:

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Is it just me, or has Farrago’s Wainscot had a redesign? Either which way, they’re got a new issue online with six stories for you to read:

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Back after a nasty hacker attack, Pantechnicon‘s latest issue went up last week. There’s a whole bunch of fiction to read there for nothing, so get to it. If you’re feeling particularly choosy, you can narrow it down to just the science fiction stuff.

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Unstoppable anthology-makin’-machine John Joseph Adams has launched the website for Federations, his new book of interstellar sf stories, which includes links to four free-to-read teaser tales:

There are downloadable mobile document formats available on the Federations site itself, if that’s your preference.

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Via pretty much everyone who contributed to it (and then some), the Hugo-nominated METAtropolis audiobook is available for free for a limited period at Audible.com.

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Jayme Lynn Blaschke presents the thirty-sixth fragment of his Memory.

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Jason Stoddard presents chapter 4.2 of Eternal Franchise

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The tireless SF Signal crew once again have a couple of posts collecting the free fiction from the past week, and they caught the following extras as well:

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Last but not least, here’s a little bit of Friday Flash Fiction for you:

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That should keep you occupied for a while, I think. Don’t forget to shoot us a message if there’s something you think warrants inclusion in next week’s round-up; in the meantime, have a good weekend.

What have cigarettes and climate change got in common?

burning cigarette tipWell, neither causes the other, for a start. But both the anti-smoking lobby and the climate change lobby have their moderates and their hard-liners. [image by Stewart]

For example, New Scientist reports on a schism in the anti-smoking field:

… Siegel has come under fire from colleagues in the field of smoking research. His offence was to post messages on the widely read mailing list Tobacco Policy Talk, in which he questioned one of the medical claims about passive smoking, as well as the wisdom of extreme measures such as outdoor smoking bans.

In front of his peers, funders and potential future employers, other contributors posted messages accusing Siegel of taking money from the tobacco industry. When Siegel stood his ground, the administrators kicked him off the list, cutting off a key source of news in his field. “It felt like I was excommunicated, says Siegel. “I was shocked: I’ve been a leader in the movement for 21 years.”

The similarities with climate change should be obvious, what with that scene also being full of people coming to a variety of conclusions based upon the same evidence. As with the smoking issues above, the end-result is a form of in-fighting, with the more moderate thinkers decrying the hard-liners for making the moderate view unpalatable by association – take climate ‘tipping points’, for example:

In reports released this month, both the World Bank and the United Nations Environment Program focused on tipping points as a prime concern. And last year, a team of European scientists published an influential paper in the Proceedings of the National Academy of Sciences compiling what is known and not known about various climatic tipping points — including the loss of summer sea ice around the North Pole and worrisome changes in the West African monsoon.

The authors said they wanted to reduce the chance that “society may be lulled into a false sense of security by smooth projections of global change.”

On the other hand, the United Nations Intergovernmental Panel on Climate Change, in its influential 2007 report, expressly avoided specifying tipping points and instead concluded simply that the gradient of risk for a host of “large-scale discontinuities” increased with each degree of warming.

[snip]

As policymakers try to address the risks facing the planet from a warming climate, some experts worry that focusing on tipping points and thresholds will perpetuate paralyzing debates over specifics — and obscure the reality that decisions need to be made, even in the face of uncertainty.

What this makes abundantly clear is that – as climate skeptics are always keen to point out – scientific consensus isn’t like a choir singing in unison from the same song-sheet. And nor should it be… but it makes things very confusing for the layman, as increasingly frantic (and often inaccurate) media coverage makes it progressively more difficult to see the wood from the trees. All the scientists quoted in the article above agree that climate change is real and that we must act in light of that prognosis; however, the different ways in which they choose to interpret and communicate that data make that commonality less obvious.

Perhaps I stand to be accused of credulity myself, but I’m of the opinion that the vast majority of scientists – even those who claim that climate change is not a threat – are acting sincerely on their own beliefs rather than shilling for commercial or political interests. Do scientists with extreme and/or entrenched viewpoints overstate the cases made by the available data? Almost certainly; listen to any conversation about sports or music to hear ordinary people doing exactly the same thing. But do those extreme interpretations invalidate the more moderate thinking of those whose conclusions they have built upon? Not for me, at least. YMMV.

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