Nerval's Lobster writes "Futurist and author Ray Kurzweil predicts the cloud will eventually do more than store our emails or feed us streaming movies on demand: it's going to help expand our brain capacity beyond its current limits. In a question-and-answer session following a speech to the DEMO technology conference in Santa Clara, California last week, Kurzweil described the human brain as impressive but limited in its capacity to hold information. 'By the time we're even 20, we've filled it up,' he said, adding that the only way to add information after that point is to 'repurpose our neocortex to learn something new.' (Computerworld has posted up the full video of the talk.) The solution to overcoming the brain's limitations, he added, involves 'basically expanding our brains into the cloud.'"
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another random user writes "A US team aims to build a robot that can work out how to use nearby objects to solve problems or escape threats. The machine has been dubbed a 'MacGyver Bot,' after the TV character who cobbled together devices to escape life-threatening situations. The challenge is to develop software that 'understands' what objects are in order to deduce how they can be used. The US Navy is funding the project and says the machines might ultimately be deployed alongside humans. It is providing $900,000 to robotics researchers at the Georgia Institute of Technology to carry out the work."
Earlier this year, the Free Software Foundation announced a hardware endorsement campaign for hardware that respects the rights of its owner (no DRM, runs Free Software, support for open formats, no or freely licensed patents, etc.). Now, they've announced that the Lulzbot AO-100 3D Printer is the first device to pass certification and be endorsed by the FSF. Source code to both the hardware and software is available, naturally.
concealment sends this excerpt from CNBC: "A single mysterious computer program that placed orders — and then subsequently canceled them — made up 4 percent of all quote traffic in the U.S. stock market last week, according to the top tracker of high-frequency trading activity. The motive of the algorithm is still unclear. The program placed orders in 25-millisecond bursts involving about 500 stocks, according to Nanex, a market data firm. The algorithm never executed a single trade, and it abruptly ended at about 10:30 a.m. ET Friday."
bartoku writes "Slashdot, what would you put in your dream electronics hardware lab? I am putting one together, and I'm looking for suggestions on everything from equipment to furniture. My aim is for a professional-grade setup, not just a hobby lab. The goal is to be able to test and debug modern electronic device prototypes. I would love to see money-is-no-objective suggestions alongside more economically practical solutions. Links or contacts for good distributors to acquire the equipment and furniture are also welcome. I'm also interested in commentary on renting versus buying new or used higher-end equipment to be economical and keep up with equipment that will become obsolete quickly."
redletterdave writes "At the company's media event last month, Apple introduced its fifth-generation iPod Touch and seventh-generation iPod Nano, but only mentioned an October timeframe for when it would start filling pre-orders. Without an official word, it looks like the official launch day for the new iPods is today. Apple Stores around the country are currently stocked with the new iPods and customers who pre-ordered are finally receiving email notifications that their orders have shipped, or are 'preparing to ship.' Still, it is interesting to note that Apple didn't make a special announcement or even post a press release to announce the launch of its newest media players, especially as the competition heats up before the holiday season."
Zothecula writes "Astrobotic Technology Inc., a spin-off company of Carnegie Mellon University (CMU), has debuted its full-size flight prototype of its Polaris lunar water-prospecting robot. Polaris is specially designed to work in the permanently shadowed craters at the Moon's poles. Scheduled to be sent to the Moon using a SpaceX Falcon 9 launch vehicle, the solar-powered rover is a contender in the US$20 million Google Lunar X Prize and is tasked with seeking ice deposits that could be used by future colonists."
concealment points out a rebuttal from PCWorld of the increasingly common claims that we live in a post-PC world. "It's an intriguing proposition, but don't count on mobile devices killing off your desktop PC any time soon. While mobile gear is certainly convenient when you're trying to conduct business on the go, it's nowhere near as convenient as a desktop when you're trying to complete serious work in an office environment. Sure, your phone, tablet or even laptop might conveniently fit in your pocket or backpack, but all these devices are fraught with compromises, whether it's computing power, screen size, or, well, a really expensive price tag."
another random user tips this quote from the BBC: "A wrist-worn sensor that creates 3D-models of the user's hand movements in real-time has been built by Microsoft. The Digits prototype is part of an effort to create a mobile device that would allow its owner to control a range of equipment using hand gestures. The firm said it could be used as a virtual TV control, a way to operate a smartphone while it is in the user's pocket, and to play video games. It is designed to be less cumbersome and uncomfortable than sensor gloves. However, some experts question whether consumers would want to wear such a device during their day-to-day activities." ACM has the research paper (PDF) describing this device and its use.
An anonymous reader writes "I have a cottage at the end of a long dirt road, no electricity nor internet, and recently some (insert expletive here) wads are using the area as a trash dump: countertops, sofas, metal scraps, tvs — all the stuff they don't want to pay to dump at the landfill. I can't block the road because it's a fire access. But I would really like to have a way to catch who is doing this. Are there any a) waterproof, b) self-contained, c) self-powered, and (ideally) d) inexpensive video-recording units out there? Are there any other creative ways to get the guys? I was thinking of something like a device that will cycle, so that the last week of video is recorded. It could take photos or video, and as long as it's small enough that I could camouflage it well, I suspect I'd be able to figure this out soon. And any idea of what my legal rights are to videotape or record?" Hunters have been doing this for years (with film, and now digital) to figure out prey patterns with cameras that are built for concealment; what else would you recommend?
concealment writes with this extract from GigaOm: "'We buy lots and lots of hard drives . . . . [They] are the single biggest cost in the entire company.' Those are the words of Backblaze Founder and CEO Gleb Budman, whose company offers unlimited cloud backup for just $5 a month, and fills 50TB worth of new storage a day in its custom-built, open source pod architecture. So one might imagine the cloud storage startup was pretty upset when flooding in Thailand caused a global shortage on internal hard drives last year. Backblaze details much the process in a Tuesday-morning blog post, including the hijinks that followed as the company got creative trying to figure out ways around the new hard drive limits. Maps were drawn, employees were cut off from purchasing hard drives at Costco — both in-person throughout Silicon Valley and online (despite some great efforts to avoid detection, such as paying for hard drives online using gift cards) — and friends and family across the country were conscripted into a hard-drive-buying army."
concealment writes "At the end of August this year, the US Department of Transport's National Highway Traffic Safety Administration (NHTSA) and the US Environmental Protection Agency (EPA) announced new standards to significantly improve the fuel economy of cars and light trucks by 2025. Last week, we took a look at a range of recent engine technologies that car companies have been deploying in aid of better fuel efficiency today. But what about the cars of tomorrow, or next week? What do Detroit, or Stuttgart, or Tokyo have waiting in the wings that will get to the Obama administration's target of 54.5 miles per gallon (mpg) by 2025?"
Hugh Pickens writes "For more than 50 years, physicists have been eager to achieve controlled fusion, an elusive goal that could potentially offer a boundless and inexpensive source of energy. Now Bill Sweet writes in IEEE Spectrum that the National Ignition Facility (NIF), now five billion dollars over its original budget and years behind schedule, deserves to be recognized as perhaps the biggest and fattest white elephant of all time. With the total tab for NIF now running to an estimated $7 billion, the laboratory has been pulling out all the stops to claim success is just around the corner. 'We didn't achieve the goal,' said Donald L. Cook, an official at the National Nuclear Security Administration who oversees the laser project but rather than predicting when it might succeed, he added in an interview, 'we're going to settle into a serious investigation' of what caused the unforeseen snags. On one hand, the laser's defenders point out, hard science is by definition risky, and no serious progress is possible without occasional failures. On the other, federal science initiatives seldom disappoint on such a gargantuan scale, and the setback comes in an era of tough fiscal choices and skepticism about science among some lawmakers. 'If the main goal is to achieve a power source that could replace fossil fuels, we suspect the money would be better spent on renewable sources of energy that are likely to be cheaper and quicker to put into wide use,' editorializes the NY Times. 'Congress will need to look hard at whether these "stockpile stewardship" and long-term energy goals can be pursued on a smaller budget.'"
First time accepted submitter thrae writes "Adapteva has just released the architecture and software reference manuals for their many-core Epiphany processors. Adapteva's goal is to bring massively parallel programming to the masses with a sub-$100 16-core system and a sub-$200 64-core system. The architecture has advantages over GPUs in terms of future scaling and ease of use. Adapteva is planning to make the products open source. Ars Technica has a nice overview of the project."
JabrTheHut writes "I'll be packing up and moving to another continent soon. Everything I own will be packed up into boxes and loaded onto a cargo container, which in turn will be loaded onto a ship and will sail from Northern Europe, through the equator and then to its final destination. It will be in transit for up to 8 weeks. What do I need to do to ensure my stuff survives the trip? I've got anti-static bags and silica gel for graphics cards and hard disks, which won't be in the computers, mostly, when they move, and some of what I own will be crated in order to protect both against physical damage and humidity. I'll throw in a couple of packets of silica gel into each box or crate. Clothes get moth balls. But what have I missed? Will the printer ink survive? Do I have to worry about batteries? What haven't I thought of?"