lab
Latest
2029 Online dev diary talks battle instance tips
We haven't checked in with 2029 Online in quite a while, and what better way to take an updated glance at the game than via a new dev diary released by IGG. The free-to-play MMORTS features dozens of distinct instances to challenge players, each designed to provide ample experience and loot rewards in addition to the considerable fun factor. Join us after the cut for tips and drop information on the Clone Factory, the Lab, Fox Ruins, and the Virtual Training Center.
A grand tour of nanotechnology at Nokia Research Center, Cambridge
We've all seen what a bumpy ride Nokia's had over the last few months -- disappointing profits, the departure of a couple of old friends, and the slight delay of the forthcoming N8. Despite all that, Espoo seems to have at least one stronghold that remained unshaken throughout the storm: its research center in Cambridge, UK. Yep, we're talking about the magical place where Nokia and University of Cambridge co-develop the core technologies for the futuristic Morph concept. Actually, "futuristic" might be too strong a word here, as we were fortunate enough to see some of Nokia's latest research at the heart of Morph -- namely flexible circuitry and nanowire sensing -- demonstrated live yesterday. Curious as to how well the demos went? Then read on -- you know you want to.%Gallery-103427%
HP Labs teams up with Hynix to manufacture memristors, plans assault on flash memory in 2013
The memristor's come a long way since being hypothesized back in 1971. If you ask HP Labs, the history of this particular memory technology didn't hit its next milestone for almost four decades, when the company produced the very first memory resistor chip. Just last month, the Labs group proved its little transistor could handle logic and data storage, and as of today, the company's announcing a joint development agreement with Hynix Semiconductor, with a goal of bringing these chips to the market -- and rendering flash memory obsolete. That challenge against flash (not a very popular naming convention these days, it seems) was thrown down by HP Labs Senior Fellow Stan Williams, who posits that the memristor is "an universal memory that over a sufficient amount of time will replace flash, DRAM, magnetic hard disks, and possibly even SRAM." But onto the immediate, albeit aspirational goal (i.e. not a commitment, which he stressed on multiple occasions): Williams hopes to see the transistors in consumer products by this time 2013, for approximately the price of what flash memory will be selling for at the time but with "at least twice the bit capacity." He also claims a much smaller power requirement of "at least a factor of 10" and an even faster operation speed, in addition to previously-discussed advantages like read / write endurance. With Hynix on board, the goal is to make these "drop-in replacements" for flash memory, whereby the same protocols and even the same connectors will work just fine. For HP, however, Williams says there'll be an initial competitive advantage for the company due to its comfort level with memristors' unique properties, but that other companies will be encouraged to license the technology and experiment with new possibilities in hardware design. Williams wouldn't give any specific product examples where we might initially see the memristor, except to repeat that it'll be anywhere and everywhere flash memory is. Fighting words, indeed. We normally don't get excited about minute hardware components -- not often, at least -- but we gotta say, the seeds of the future look mighty interesting. Can't wait to see what germinates. Highlights from our talk with Williams after the break. %Gallery-100780%
Urinal power plants to juice up Lollapalooza-dwelling robots
Do you have to relieve yourself? Is your robot low on batteries? Your previously problematic world could soon be harmonized in one magical step. The Bristol Robotics Lab has been feeding funny trash to its Microbial Fuel Cells for quite some time -- rotten fruit, decomposed-in-sludge fly juice, grass clippings -- things like that. The Lab has now found that the nitrogen-urea-chloride-potassium-bilirubin cocktail present in urine is a particularly useful waste fuel which will play nicely with stacked fuel cells, as long as the fuel is, um... flowing. They've already partnered with waterless urinal manufacturer Ecoprod to create a portable urinal power plant that "could be used [...] at music festivals and other outdoor events," and hey, if HP can power their data centers with excrement, who can take offense to this? [Image of Dr. Ioannis Ieropolous holding a microbial fuel cell courtesy of University of the West of England]
iPad used for 3D effect
This is really wild -- Japan's Aircord lab has used the iPad to create a 3D effect, but not what you'd think, with the standard glasses and views. Instead, the iPad is used to project a set of three images onto a specially-coated glass pyramid, which then reflects the three video images in all directions, creating a 3D effect as you move around the display. You can see the thing in action in the video after the break -- it's not completely perfect (obviously, when you hit a seam while moving around, the image distorts and breaks up), but there is a definite projected hologram feel to it as you look head on. And really, any high resolution display could be used here, but I'm sure the iPad is the cheapest and most handy option for something like this. Very cool idea for sure -- it's tough to think of a real application (maybe a museum installation is the most obvious use), but it is a neat effect. [via MacStories]
Consumer Reports now 'can't recommend' the iPhone 4
After a recent positive blog post stating that the iPhone 4 reception issues were not something that should prevent someone from buying the new iPhone, the nationwide testing firm has now changed its mind and given a thumbs down to Apple's latest efforts. In lab tests, Consumer Reports says the signal "can significantly degrade to cause you to lose your connection altogether if you're in an area with a weak signal." Three iPhone 4s were tested in an RF isolation chamber, and while the signal fell out on the new iPhone, CR didn't see the same issues on an iPhone 3GS or a Palm Pre. The tests also showed that putting some duct tape (of course!!) on the lower left portion of the iPhone antenna strip helps a great deal, and they speculate a case would do the trick as well. The testing firm adds that the iPhone 4 scored at the top of the list in every other feature, so the reception issue is a deal-killer for the firm. CR says that Apple will have to provide "a permanent -- and free fix" before it recommends the iPhone 4.
Researchers create functioning human lung on a microchip
Researchers at Harvard University have successfully created a functioning, respirating human 'lung' on a chip in a lab. Made using human and blood vessel cells and a microchip, the translucent lung is far simpler in terms of observation than traditional, actual human lungs (for obvious reasons), in a small convenient package about the size of a pencil eraser. The researchers have demonstrated its effectiveness and are now moving toward showing its ability to replicate gas exchange between lung cells and the bloodstream. Down the road a bit more, the team hopes to produce other organs on chips, and hook them all up to the already operational heart on a chip. And somewhere in the world, Margaret Atwood and her pigoons are rejoicing, right? Here's to the future. Video description of the device is below.
NVIDIA's Optimus technology shows its graphics switching adroitness on video
Explaining automatic graphics switching and the benefits thereof can be a somewhat dry affair. You have to tell people about usability improvements and battery life savings and whatnot... it's much more fun if you just take a nice big engineering board, strap the discrete GPU on its own card and insert an LED light for the viewer to follow. NVIDIA has done just that with its Optimus technology -- coming to a laptop or Ion 2-equipped netbook near you -- and topped it off by actually pulling out the GPU card when it wasn't active, then reinserting it and carrying on with its use as if nothing had happened. This was done to illustrate the fact that Optimus shuts down the GPU electrically, which is that little bit more energy efficient than dropping it into an idle state. Shimmy past the break to see the video.
EVE Evolved: Research: Tech 1 blueprints, page 2
Once you've been running your own research jobs for a while, you'll invariably notice that all the ME and copy slots in high security space tend to be packed, with queues over a month long. The only way to beat the queues is to make use of private labs not open to the general public. You don't get to access the labs directly and so you can't make use of copy facilities as there would be no way to retrieve the copies.
EVE Evolved: Research: Tech 1 blueprints
While it's most often lauded for its PvP, not everything in EVE Online is about shooting people. Research and manufacturing are two of EVE's most popular PvE professions because of the small time commitments they require. A lot of things in EVE are built from blueprints and through research, you can be one of the people supplying those blueprints. Whether you want to improve your own blueprints to increase manufacturing profit margins or make blueprint copies for sale, it's worth looking into doing your own research. Jobs can be set up to run for days on end, taking you as little as a few minutes per week to manage. This can augment your income from active sources like mining, trading or mission-running. In this article, I look at the basics of tech 1 blueprint research, the skills required to make the most of your time and how you could run your own research labs in the relative safety of high security space.
World's largest laser opens for business in California
Another day, another laser... well, not so fast. This particular laser just so happens to officially carry the "world's largest title." Built at Lawrence Livermore National Laboratory in Livermore, California, and housed in the National Ignition Facility -- or NIF -- it was completed at the end of March, and has just now been officially dedicated and opened for business. The laser inside the three-football field-sized building will aim to create a "star" on earth by focusing 192 beams at a pea-sized target, generating temperatures over 100 million degrees and pressure over 100 billion times the earth's atmosphere. The process will create nuclear fusion -- the reaction that powers the sun and the stars. it sounds pretty complicated, and we'd hate to be in town if something goes awry, but we're crossing our fingers for the team! Hit the read link for much, much more information about the project.[Via Physorg]
Palm-sized lab could detect food-borne diseases
There are literally entire stores devoted to devices that detect drink spiking (okay, maybe not stores), but what about those of us concerned over food-borne pathogens? A crew of European researchers are addressing said worries by "creating one of only two prototype systems in the world that prepare samples and perform DNA tests on bacteria in a portable, easy-to-use and cost-effective chip." Essentially, the EU-funded OptoLabCard project is aiming to concoct a small, disposable laboratory that humans could carry around and use to detect diseases such as campylobacter and salmonella before ingesting contaminated grub. Team members are suggesting that a commercial product could be ready to roll within three years, with prices for each "lab" reaching as low as $0.50. 'Til then, always make your buddy have the first bite.[Via Physorg]
Speci-Minder delivers patient samples autonomously
Although the mainstream media would have you to believe that the nursing field is a great one to get into, we're starting to doubt the longevity of RNs here of late. Of course, there's no substitute (right?) for a nurse's touch, but just after we got wind that the IWARD nursebot would be handling the third shift duties and the HOSPI would handle all the bloodwork, there's not too many more aspects that need TLC. Unfortunately for humans, the Speci-Minder is stepping up to the plate to handle one more task, as it autonomously delivers medical samples to laboratories, enabling the staff to "spend more time with their patients." This collaborative effort between CSS Robotics and MobileRobots is already loose in Christiana Hospital near Wilmington, DE, and it can supposedly "adjust to changing environments sans wires, reflectors, or traditional guidance," allowing it to find its own way around without crashing into flesh and blood co-workers or structural obstacles. Apparently, the bots are ready and willing to go to work for your hospital ward for an undisclosed up-front charge, but we seriously doubt these poor machines will ever see a dime for their efforts. [Warning: PDF read link]
MS opens in-house chip lab for Xbox 720
The NY Times reports that Microsoft is ending its partnership with IBM to found it's own chip design lab to work on chips for a planned third generation Xbox:The design effort will initially be split between research labs at the company's headquarters in Redmond, Wash., and its Silicon Valley campus here. Tentatively named the Computer Architecture Group, the project underscores sweeping changes in the industry. One reason for the effort is that Microsoft needs to begin thinking about the next-generation design of its Xbox game console, said Charles P. Thacker, a veteran engineer and Microsoft engineer who will head the Silicon Valley group. Voice recognition may also be an area where the research could play a significant role. Thacker is famous in certain circles for his work at the Xerox Palo Alto Research Center. The division will be called the "Comupter Architecture Group" which isn't the snazziest name ever, but then, neither was IBM.
Nokia and MIT open research lab
Joint tech firm and university research labs are absolutely all the rage these days, and one of the more interesting combos we first heard about last year -- Nokia and MIT -- officially opened its doors. The pair's new joint research facility in MIT's Kendall Square neighborhood will leverage research at MIT's CSAIL (Computer Science and Artificial Intelligence Laboratory). What fun things this pair will produce has yet to be seen, but we can only imagine it'll be magical and wonderful -- perhaps a OCPC (One Cellphone Per Child) project, anyone? No? Fine.[Thanks, Dave]
